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Sharyl Attkisson — Stonewalled — Videos

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Image result for Sharyl Attkisson -- Stonewalled

Sharyl Attkisson: Presidents CAN authorize ILLEGAL surveillance and nobody would ever know!

Sharyl Attkisson Talks “Stonewalled”

Sharyl Attkisson: CBS Had Hidden Clip of Obama Contradicitng Himself on the 2012 Benghazi Attack

Malzberg | Sharyl Attkisson to discuss her new book “Stonewalled” | Part 1

[youtube-https://www.youtube.com/watch?v=OjAoVEhlrPc]

Malzberg | Sharyl Attkisson to discuss her new book “Stonewalled” | Part 2

Sharyl Attkisson: why she left CBS

 

Sharyl Attkisson

From Wikipedia, the free encyclopedia
Sharyl Attkisson
AttkissonB52.jpg

Attkisson on USAF B-52 in 1999, one of the first journalists to fly on a combat mission over Kosovo
Born January 26, 1961 (age 56)
Sarasota, Florida, United States
Education University of Florida
Occupation Writer, journalist, television correspondent
Website sharylattkisson.com

Sharyl Attkisson (born January 26, 1961)[1] is an American author and host of the weekly Sunday public affairs program Full Measure with Sharyl Attkisson, which airs on television stations operated by the Sinclair Broadcast Group.[2] She was formerly an investigative correspondent in the Washington bureau for CBS News. She had also substituted as anchor for the CBS Evening News. She resigned from CBS News on March 10, 2014 after 21 years with the network. Her book Stonewalled reached number 3 on New York Times e-book non-fiction best seller list in November 2014[3] and number 5 on The New York Times combined print and e-book non-fiction best-seller list the same week.[4]

Contents

 [show] 

Early life

Attkisson was born in 1961 in Sarasota, Florida.[5] Her step-father is an orthopedic surgeon, and her brother is an emergency room physician. Attkisson graduated from the University of Florida with a degree in broadcast journalism in 1982.[6]

Career

Attkisson began her broadcast journalism career in 1982, aged 22, as a reporter at WUFT-TV, the PBS station in Gainesville, Florida. She later worked as an anchor and reporter at WTVX-TV Fort Pierce/West Palm Beach, Florida from 1982–1985, WBNS-TV, the CBS affiliate in Columbus, Ohio from 1985–86, and WTVT Tampa, Florida (1986–1990).[7]

1990s

From 1990–1993, Attkisson was an anchor for CNN, and also served as a key anchor for CBS space exploration coverage in 1993.[8] Attkisson left CNN in 1993,[9] moving to CBS, where she anchored the television news broadcast CBS News Up to the Minute and became an investigative correspondent based in Washington, D.C.[7]

She served on the University of Florida‘s Journalism College Advisory Board (1993–1997) and was its chair in 1996.[7] The University gave her an Outstanding Achievement Award in 1997. From 1997 to 2003, Attkisson simultaneously hosted CBS News Up to the Minute and the PBS health-news magazine HealthWeek.[10]

2000s

Attkisson received an Investigative Reporters and Editors (I.R.E.) Finalist award for Dangerous Drugs in 2000.[11] In 2001, Attkisson received an Investigative Emmy Award nomination for Firestone Tire Fiasco from the National Academy of Television Arts and Sciences.[12]

In 2002, she co-authored a college textbook, Writing Right for Broadcast and Internet News; later that same year she won an Emmy Award for her Investigative Journalism about the American Red Cross.[7] The award was presented in New York City on September 10, 2002.[13] Attkisson was part of the CBS News team that received RTNDA-Edward R. Murrow Awards in 2005 for Overall Excellence.[11]

In 2006, Attkisson served as Capitol Hill correspondent for CBS,[14] as one of a small number of female anchors covering the 2006 midterms.[15] Attkisson was part of the CBS News team that received RTNDA-Edward R. Murrow Awards in 2008 for Overall Excellence.[11]

In 2008, Attkisson reported that a claim by Hillary Clinton to have dodged sniper fire in Bosnia was unfounded: Clinton’s trip to Bosnia was risky, Attkisson said, but no real bullets were dodged. Attkisson was on the trip with Clinton.[16] The day after Attkisson’s report on the CBS Evening News, Clinton admitted there was no sniper fire and said she “misspoke.” [17][18]In 2009, Attkisson won an Investigative Emmy Award for Business and Financial Reporting for her exclusive reports on the Troubled Asset Relief Program (TARP) and the bank bailout.[11] The award was presented on December 7 at Fordham University‘s Lincoln Center Campus in New York City.[19]

2010s[edit]

Attkisson returned to the University of Florida as a keynote speaker at the College of Journalism and Communications in 2010.[6] That same year, she received an Emmy Award nomination for her investigations into members of Congress, and she also received a 2010 Emmy Award nomination for her investigation into waste of tax dollars.[20] In July 2011, Attkisson was nominated for an Emmy Award for her Follow the Money investigations into Congressional travel to the Copenhagen climate summit, and problems with aid to Haiti earthquake victims.[11][21]

In 2011, Paul Offit criticized Attkisson’s reporting on vaccines in his book Deadly Choices as “damning by association” and lacking sufficient evidence.[22] Dr. Offit has been criticized for providing false information about Attkisson and his vaccine industry ties. [23] Attkisson has been identified in the medical literature as using problematic rhetorical tactics that “imply that because there is no conclusive answer to certain problems, vaccines remain a plausible culprit.”[24] Attkisson’s reporting was cited favorably in a letter to the New England Journal of Medicine by neurosurgeon Jon Poling who wrote that Offit had “misrepresented” the case of Hannah Poling v. HHS, and that Offit’s remarks on the case were “not evidence based.”[25]

In 2012, CBS News accepted an Investigative Reporting Award given to Attkisson’s reporting on ATF’s Fast and Furious gunwalker controversy. The award was from Accuracy in Media, a non-profit news media watchdog group, and was presented at a Conservative Political Action Conference.[26]

In June 2012, Attkisson’s investigative reporting for the Gunwalker story also won the CBS Evening News the Radio and Television News Directors Association’s National Edward R. Murrow Award for Excellence in Video Investigative Reporting. The award was presented October 8, 2012 in New York City.[27] In July 2012, Attkisson’s Gunwalker: Fast and Furious reporting received an Emmy Award[28]

On March 10, 2014, Attkisson resigned from CBS News.[29] She stated that the parting was “amicable”.[30] Politico reported that according to sources within CBS there had been tensions leading to “months of hard-fought negotiations” – that Attkisson had been frustrated over what she perceived to be the network’s liberal bias and lack of dedication to investigative reporting, as well as issues she had with the network’s corporate partners, while some[who?] within the network saw her reporting as agenda-driven and doubted her impartiality.[30]

Later that year came the release of her New York Times Best Seller, Stonewalled: One Reporter’s Fight for Truth Against the Forces of Obstruction, Intimidation, and Harassment in Obama’s Washington (Harpers),[4] in which she accused CBS of protecting the Obama administration by not giving enough coverage to such stories as the 2012 Benghazi attack and slow initial enrollments under Obamacare.[31]

In February 2015, Attkisson gave a TEDx talk at the University of Nevada. In the talk, she said that astroturfing was swaying public opinion, legislation and media outlets.[32]

Report of Attkisson’s computer being hacked[edit]

In May 2013, while still employed at CBS, Attkisson alleged that her personal and work computers had been “compromised” for more than two years.[33] CBS News stated that it had investigated her work computer and found evidence of multiple unauthorized accesses by a third party in late 2012.[34] The U.S. Department of Justice denied any involvement.[35] In her 2014 book, she alleged that her personal computer was hacked with keystroke logging spyware, enabling an intruder to read all her e-mail messages and gain access to the passwords for her financial accounts.[36]

In late January 2015, Attkisson appeared before the Senate Judiciary Committee[37] during a confirmation hearing for Loretta Lynch, President Obama’s nominee to replace outgoing Attorney General Eric Holder. Attkisson’s testimony concentrated on the Justice Department under Holder and was not related to Lynch’s qualifications.[by whom?] As part of her appearance in front of that committee, a report by the Office of Inspector General (OIG) was released[38] stating that “their investigation was not able to substantiate… allegations that Attkisson’s computers were subject to remote intrusions by the FBI, other government personnel, or otherwise” and the deletion seen in Attkinsson’s video “appeared to be caused by the backspace key being stuck, rather than a remote intrusion”.[39][40][41] “CBS News told the OIG that they did not conduct any analysis on her personal computer.”[42]

In February 2015, The Washington Examiner clarified that the OIG did not examine Attkisson’s compromised CBS News computer,[42] the OIG only inspected Attkisson’s personal devices.[43]

In March 2015, Attkisson and her family filed a suit against Holder, Patrick R. Donahoe and unnamed agents of the US Department of Justice, the US Postal Service and the United States in the Superior Court of the District of Columbia claiming to have been subject to illegal surveillance activities.[44][45]

Personal life[edit]

Attkisson has reached third-degree black belt in taekwondo.[5] She is married and has a daughter.[46]

References[edit]

  1. Jump up^ Gill, Kay (2007). Who, a Directory of Prominent People. Omnigraphics. ISBN 9780780808096. Retrieved December 4, 2012.
  2. Jump up^ Erik Wemple (April 22, 2015). “Sinclair Broadcast Group to launch Sunday show hosted by Sharyl Attkisson”. The Washington Post. Nash Holdings LLC. Retrieved November 22, 2015.
  3. Jump up^ “NYT Best Seller List”. The New York Times. Retrieved August 8, 2016.
  4. ^ Jump up to:a b “Best Sellers: Combined Print & E-Book Nonfiction”. The New York Times]]. November 23, 2014. Retrieved November 4, 2015.
  5. ^ Jump up to:a b “Sharyl Attkisson, Investigative Correspondent”. CBS. Archived from the original on November 21, 2013. Retrieved June 29, 2011.
  6. ^ Jump up to:a b “21st Century Newsroom”. University of Florida. Retrieved June 29, 2011.
  7. ^ Jump up to:a b c d “Sharyl Attkisson full biography”. CBS Interactive. Archived from the original on August 16, 2013. Retrieved November 28, 2012.
  8. Jump up^ Hogan, Alfred. “Televising the Space Age: A descriptive chronology of CBS News special coverage of space exploration from 1957 to 2003” (PDF). University of Maryland. p. 260. Retrieved June 29, 2011.
  9. Jump up^ “TV Notes”. Pittsburgh Post-Gazette. May 28, 1993. p. 42. Retrieved June 29, 2011.
  10. Jump up^ “Sharyl Attkisson–About This Person”. The New York Times. The New York Times Company. Retrieved June 29, 2011.
  11. ^ Jump up to:a b c d e “Sharyl Attkisson profile”. CBS News. Archived from the original on November 19, 2013. Retrieved August 30, 2012.
  12. Jump up^ “The 22nd Annual News and Documentary Emmy Award Nominees Announced by the National Academy of Television Arts and Sciences” (PDF). National Academy of Television Arts and Sciences. July 19, 2001. Archived from the original (PDF) on December 29, 2014. Retrieved December 29, 2014. Correspondent Sharyl Attkisson
  13. Jump up^ “23rd Annua; News & Documentary Emmy Awards – With Prominent 9/11 Coverage”. Emmyonline.org. Archived from the original on November 23, 2010. Retrieved August 30, 2012.
  14. Jump up^ “Sharyl Attkisson Is Named Cbs News Capitol Hill Correspondent”. CBS Corporation. Retrieved June 25, 2014.
  15. Jump up^ Stanley, Alessandra (November 8, 2006). “Election Coverage Still a Men’s Club”. The New York Times. The New York Times Company. Retrieved June 29, 2011.
  16. Jump up^ “Video shows tarmac welcome, no snipers”. Tampa Bay Times. March 25, 2008. Retrieved November 1, 2014.
  17. Jump up^ “Clinton says she “misspoke’ about dodging sniper fire”. NYT.com. New York Times. Retrieved November 7, 2016.
  18. Jump up^ “Clinton say she “misspoke” about sniper fire”. CNN.com. CNN. Retrieved November 7, 2016.
  19. Jump up^ “7th Annual Business & Financial Emmy Awards – Nominations”. Emmyonline.org. Retrieved August 30, 2012.
  20. Jump up^ “Full List of Nominations for the 2010 News and Documentary Emmy Awards: Television Industry news, TV ratings, analysis, celebrity event photos”. TVWeek. Retrieved June 25, 2014.
  21. Jump up^ Attkisson 2011 Emmy nomination, emmyonline.tv; accessed October 28, 2014.
  22. Jump up^ Offit, Paul (2011). Deadly Choices: How the Anti-Vaccine Movement Threatens Us All. ISBN 0465023568.
  23. Jump up^ “Corrections for April 18”. Orange County Register. Retrieved November 28, 2016.
  24. Jump up^ Kata, Anna (28 May 2012). “Anti-vaccine activists, Web 2.0, and the postmodern paradigm – An overview of tactics and tropes used online by the anti-vaccination movement”. Vaccine. 30 (25): 3778–3779. doi:10.1016/j.vaccine.2011.11.112.
  25. Jump up^ Poling, Jon (7 August 2008). “Vaccines and Autism Revisited”. NEJM. 359 (10): 655–656. doi:10.1056/NEJMc086269.
  26. Jump up^ “Loesch, Attkisson to receive AIM awards”. Politico. February 7, 2012. Retrieved February 10, 2012.
  27. Jump up^ “2012 National Edward R. Murrow Award Winners”. Radio Television Digital News Association. Retrieved June 13, 2012.
  28. Jump up^ “33rd Annual News & Documentary Emmy Awards nominations” (PDF). Emmyonline.tv. Retrieved August 30, 2012.
  29. Jump up^ Macneal, Caitlin (March 10, 2014). “CBS Investigative Reporter Sharyl Attkisson Resigns From Network”. Talking Points Memo. Retrieved March 11, 2014.
  30. ^ Jump up to:a b Byers, Dylan (March 10, 2014). “Sharyl Attkisson resigns from CBS News”. Politico. Retrieved March 11, 2014.
  31. Jump up^ Smith, Kyle (October 25, 2014), “Ex-CBS reporter’s book reveals how liberal media protects Obama”, New York Post, retrieved November 3, 2014
  32. Jump up^ “Astroturf and manipulation of media messages”. YouTube.com. TEDxUniversityofNevada. February 6, 2015. Retrieved December 4, 2015.
  33. Jump up^ Mirkinson, Jack (May 21, 2013). “CBS’ Sharyl Attkisson: My Computers Were Compromised, ‘Could Be Some Relationship’ To DOJ Scandals”. The Huffington Post. Retrieved November 1, 2014.
  34. Jump up^ “CBS News Confirms Sharyl Attkisson’s Computer Breached”. The Huffington Post. June 14, 2013. Retrieved November 1, 2014.
  35. Jump up^ “Sharyl Attkisson’s Computer Not Compromised, DOJ Says”. The Huffington Post. May 22, 2013. Retrieved November 1, 2014.
  36. Jump up^ Smith, Kyle; Golding, Bruce (October 27, 2014), “Ex-CBS reporter: Government agency bugged my computer”, New York Post, retrieved October 28, 2014
  37. Jump up^ “Why is Sharyl Attkisson testifying at Loretta Lynch’s confirmation hearing?”. Washington Post.
  38. Jump up^ “DOJ OIG Report – Sharyl Attkisson”. scribd.com.
  39. Jump up^ Hattem, Julian. “Watchdog: Attkisson wasn’t hacked, had ‘delete’ key stuck”. TheHill. Retrieved 2016-04-05.
  40. Jump up^ Groch-Begley, Hannah; Strupp, Joe (October 31, 2014). “Computer Security Experts: Attkisson Video Of Purported “Hacking” Likely Just A Stuck Backspace Key”. Media Matters for America. Retrieved January 5, 2015.
  41. Jump up^ Fisher, Max (October 31, 2014). “The video of Sharyl Attkisson getting “hacked” actually just shows a stuck delete key”. Vox. Retrieved November 2, 2014.
  42. ^ Jump up to:a b “Media Matters report on Attkisson claims”. Media Matters for America. January 29, 2015.
  43. Jump up^ T. Becket Adams (February 3, 2015). “Sharyl Attkisson: What was left out of reports on hacking”. The Washington Examiner. Retrieved 22 November 2015. The IG did not rule out computer intrusions. It did not substantiate but neither did it rule out.
  44. Jump up^ Attkisson sues government over computer intrusions, Washington Post; Retrieved March 6, 2015.
  45. Jump up^ Editorial Opinion re Attkisson, Washington Post; Retrieved March 6, 2015.
  46. Jump up^ “Attkisson biography”. Televisionnewscenter.org. Retrieved March 11, 2014.

External links[edit]

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National Security Agency Is Spying On All American Who Use The Internet and Telephone System and They Collect and Store All Your Communications — Includes Trump and Associates — No Warrant Required If President Obama Designates You A Target — Congress Is Enabling The Turnkey Two Party Tyranny — Warrentless Searches — Congress Does Nothing To Stop It! — Videos

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[youtube-https://www.youtube.com/watch?v=OjAoVEhlrPc]

Malzberg | Sharyl Attkisson to discuss her new book “Stonewalled” | Part 2

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Published on Jul 8, 2013

The NSA warrantless surveillance controversy (AKA “Warrantless Wiretapping”) concerns surveillance of persons within the United States during the collection of foreign intelligence by the U.S. National Security Agency (NSA) as part of the war on terror. Under this program, referred to by the Bush administration as the “terrorist surveillance program”, part of the broader President’s Surveillance Program, the NSA was authorized by executive order to monitor, without search warrants, the phone calls, Internet activity (Web, e-mail, etc.), text messaging, and other communication involving any party believed by the NSA to be outside the U.S., even if the other end of the communication lies within the U.S. Critics, however, claimed that it was in an effort to attempt to silence critics of the Bush Administration and their handling of several hot button issues during its tenure. Under public pressure, the Bush administration ceased the warrantless wiretapping program in January 2007 and returned review of surveillance to the FISA court. Subsequently, in 2008 Congress passed the FISA Amendments Act of 2008, which relaxed some of the original FISA court requirements.

During the Obama Administration, the NSA has officially continued operating under the new FISA guidelines. However, in April 2009 officials at the United States Department of Justice acknowledged that the NSA had engaged in “overcollection” of domestic communications in excess of the FISA court’s authority, but claimed that the acts were unintentional and had since been rectified.

All wiretapping of American citizens by the National Security Agency requires a warrant from a three-judge court set up under the Foreign Intelligence Surveillance Act. After the 9/11 attacks, Congress passed the Patriot Act, which granted the President broad powers to fight a war against terrorism. The George W. Bush administration used these powers to bypass the FISA court and directed the NSA to spy directly on al Qaeda in a new NSA electronic surveillance program. Reports at the time indicate that an “apparently accidental” “glitch” resulted in the interception of communications that were purely domestic in nature.[5] This action was challenged by a number of groups, including Congress, as unconstitutional.

The exact scope of the program is not known, but the NSA is or was provided total, unsupervised access to all fiber-optic communications going between some of the nation’s largest telecommunication companies’ major interconnected locations, including phone conversations, email, web browsing, and corporate private network traffic.[6] Critics said that such “domestic” intercepts required FISC authorization under the Foreign Intelligence Surveillance Act.[7] The Bush administration maintained that the authorized intercepts are not domestic but rather foreign intelligence integral to the conduct of war and that the warrant requirements of FISA were implicitly superseded by the subsequent passage of the Authorization for Use of Military Force Against Terrorists (AUMF).[8] FISA makes it illegal to intentionally engage in electronic surveillance under appearance of an official act or to disclose or use information obtained by electronic surveillance under appearance of an official act knowing that it was not authorized by statute; this is punishable with a fine of up to $10,000 or up to five years in prison, or both.[9] In addition, the Wiretap Act prohibits any person from illegally intercepting, disclosing, using or divulging phone calls or electronic communications; this is punishable with a fine or up to five years in prison, or both.[10]

After an article about the program, (which had been code-named Stellar Wind), was published in The New York Times on December 16, 2005, Attorney General Alberto Gonzales confirmed its existence.[11][12][13] The Times had posted the exclusive story on their website the night before, after learning that the Bush administration was considering seeking a Pentagon-Papers-style court injunction to block its publication.[14] Critics of The Times have alleged that executive editor Bill Keller had withheld the story from publication since before the 2004 Presidential election, and that the story that was ultimately published by The Times was essentially the same as reporters James Risen and Eric Lichtblau had submitted in 2004.[15] In a December 2008 interview with Newsweek, former Justice Department employee Thomas Tamm revealed himself to be the initial whistle-blower to The Times. The FBI began investigating leaks about the program in 2005, with 25 agents and 5 prosecutors on the case.

FBI’s Patriot Act Abuse of National Security Letters and illegal NSA spying

If you think you can handle the truth, well here it is folks

National Security Agency

From Wikipedia, the free encyclopedia
“NSA” redirects here. For other uses, see NSA (disambiguation) and National Security Agency (disambiguation).
Not to be confused with NASA or National Security Council.
National Security Agency
Seal of the U.S. National Security Agency.svg

Seal of the National Security Agency
Flag of the U.S. National Security Agency.svg

Flag of the National Security Agency
National Security Agency headquarters, Fort Meade, Maryland.jpg
NSA Headquarters, Fort Meade, Maryland
Agency overview
Formed November 4, 1952; 64 years ago[1]
Preceding agency
  • Armed Forces Security Agency
Headquarters Fort Meade, Maryland, U.S.
39°6′32″N 76°46′17″WCoordinates: 39°6′32″N 76°46′17″W
Motto “Defending Our Nation. Securing The Future.”
Employees Classified (30,000–40,000 estimate)[2][3][4][5]
Annual budget Classified (estimated $10.8 billion, 2013)[6][7]
Agency executives
Parent agency United States Department of Defense
Website www.nsa.gov

The National Security Agency (NSA) is an intelligence organization of the United States federal government responsible for global monitoring, collection, and processing of information and data for foreign intelligence and counterintelligence purposes, a discipline known as signals intelligence (SIGINT). NSA is concurrently charged with protection of U.S. government communications and information systems against penetration and network warfare.[8][9] Although many of NSA’s programs rely on “passive” electronic collection, the agency is authorized to accomplish its mission through active clandestine means,[10] among which are physically bugging electronic systems[11] and allegedly engaging in sabotage through subversive software.[12][13] Moreover, NSA maintains physical presence in a large number of countries across the globe, where its Special Collection Service (SCS) inserts eavesdropping devices in difficult-to-reach places. SCS collection tactics allegedly encompass “close surveillance, burglary, wiretapping, breaking and entering”.[14][15]

Unlike the Defense Intelligence Agency (DIA) and the Central Intelligence Agency (CIA), both of which specialize primarily in foreign human espionage, NSA does not unilaterally conduct human-source intelligence gathering, despite often being portrayed so in popular culture. Instead, NSA is entrusted with assistance to and coordination of SIGINT elements at other government organizations, which are prevented by law from engaging in such activities without the approval of the NSA via the Defense Secretary.[16] As part of these streamlining responsibilities, the agency has a co-located organization called the Central Security Service (CSS), which was created to facilitate cooperation between NSA and other U.S. military cryptanalysis components. Additionally, the NSA Director simultaneously serves as the Commander of the United States Cyber Command and as Chief of the Central Security Service.

Originating as a unit to decipher coded communications in World War II, it was officially formed as the NSA by President Harry S. Truman in 1952. Since then, it has become one of the largest U.S. intelligence organizations in terms of personnel and budget,[6][17] operating as part of the Department of Defense and simultaneously reporting to the Director of National Intelligence.

NSA surveillance has been a matter of political controversy on several occasions, such as its spying on anti-Vietnam-war leaders or economic espionage. In 2013, the extent of some of the NSA’s secret surveillance programs was revealed to the public by Edward Snowden. According to the leaked documents, the NSA intercepts the communications of over a billion people worldwide, many of whom are United States citizens, and tracks the movement of hundreds of millions of people using cellphones. Internationally, research has pointed to the NSA’s ability to surveil the domestic Internet traffic of foreign countries through “boomerang routing”.[18]

Contents

 [show] 

History

Army predecessor

The origins of the National Security Agency can be traced back to April 28, 1917, three weeks after the U.S. Congress declared war on Germany in World War I. A code and cipher decryption unit was established as the Cable and Telegraph Section which was also known as the Cipher Bureau. It was headquartered in Washington, D.C. and was part of the war effort under the executive branch without direct Congressional authorization. During the course of the war it was relocated in the army’s organizational chart several times. On July 5, 1917, Herbert O. Yardley was assigned to head the unit. At that point, the unit consisted of Yardley and two civilian clerks. It absorbed the navy’s cryptoanalysis functions in July 1918. World War I ended on November 11, 1918, and MI-8 moved to New York City on May 20, 1919, where it continued intelligence activities as the Code Compilation Company under the direction of Yardley.[19][20]

Black Chamber

Western Union allowed MI-8 to monitor telegraphic communications passing through the company’s wires until 1929.[21]

MI-8 also operated the so-called “Black Chamber“.[22] The Black Chamber was located on East 37th Street in Manhattan. Its purpose was to crack the communications codes of foreign governments. Jointly supported by the State Department and the War Department, the chamber persuaded Western Union, the largest U.S. telegram company, to allow government officials to monitor private communications passing through the company’s wires.[23]

Other “Black Chambers” were also found in Europe. They were established by the French and British governments to read the letters of targeted individuals, employing a variety of techniques to surreptitiously open, copy, and reseal correspondence before forwarding it to unsuspecting recipients.[24]

Despite the American Black Chamber’s initial successes, it was shut down in 1929 by U.S. Secretary of State Henry L. Stimson, who defended his decision by stating: “Gentlemen do not read each other’s mail”.[21]

World War II and its aftermath

During World War II, the Signal Security Agency (SSA) was created to intercept and decipher the communications of the Axis powers.[25] When the war ended, the SSA was reorganized as the Army Security Agency (ASA), and it was placed under the leadership of the Director of Military Intelligence.[25]

On May 20, 1949, all cryptologic activities were centralized under a national organization called the Armed Forces Security Agency (AFSA).[25]This organization was originally established within the U.S. Department of Defense under the command of the Joint Chiefs of Staff.[26] The AFSA was tasked to direct Department of Defense communications and electronic intelligence activities, except those of U.S. military intelligence units.[26] However, the AFSA was unable to centralize communications intelligence and failed to coordinate with civilian agencies that shared its interests such as the Department of State, Central Intelligence Agency (CIA) and the Federal Bureau of Investigation (FBI).[26] In December 1951, President Harry S. Truman ordered a panel to investigate how AFSA had failed to achieve its goals. The results of the investigation led to improvements and its redesignation as the National Security Agency.[27]

The agency was formally established by Truman in a memorandum of October 24, 1952, that revised National Security Council Intelligence Directive (NSCID) 9.[28] Since President Truman’s memo was a classified document,[28] the existence of the NSA was not known to the public at that time. Due to its ultra-secrecy the U.S. intelligence community referred to the NSA as “No Such Agency”.[29]

Vietnam War

In the 1960s, the NSA played a key role in expanding America’s commitment to the Vietnam War by providing evidence of a North Vietnamese attack on the American destroyer USS Maddox during the Gulf of Tonkin incident.[30]

A secret operation, code-named “MINARET“, was set up by the NSA to monitor the phone communications of Senators Frank Church and Howard Baker, as well as major civil rights leaders, including Martin Luther King, Jr., and prominent U.S. journalists and athletes who criticized the Vietnam War.[31] However, the project turned out to be controversial, and an internal review by the NSA concluded that its Minaret program was “disreputable if not outright illegal”.[31]

The NSA mounted a major effort to secure tactical communications among U.S. forces during the war with mixed success. The NESTOR family of compatible secure voice systems it developed was widely deployed during the Vietnam War, with about 30,000 NESTOR sets produced. However a variety of technical and operational problems limited their use, allowing the North Vietnamese to exploit intercepted U.S. communications.[32]:Vol I, p.79

Church Committee hearings

Further information: Watergate scandal and Church Committee

In the aftermath of the Watergate scandal, a congressional hearing in 1975 led by Sen. Frank Church[33] revealed that the NSA, in collaboration with Britain’s SIGINT intelligence agency Government Communications Headquarters (GCHQ), had routinely intercepted the international communications of prominent anti-Vietnam war leaders such as Jane Fonda and Dr. Benjamin Spock.[34] Following the resignation of President Richard Nixon, there were several investigations of suspected misuse of FBI, CIA and NSA facilities.[35] Senator Frank Church uncovered previously unknown activity,[35]such as a CIA plot (ordered by the administration of President John F. Kennedy) to assassinate Fidel Castro.[36] The investigation also uncovered NSA’s wiretaps on targeted American citizens.[37]

After the Church Committee hearings, the Foreign Intelligence Surveillance Act of 1978 was passed into law. This was designed to limit the practice of mass surveillance in the United States.[35]

From 1980s to 1990s

In 1986, the NSA intercepted the communications of the Libyan government during the immediate aftermath of the Berlin discotheque bombing. The White House asserted that the NSA interception had provided “irrefutable” evidence that Libya was behind the bombing, which U.S. President Ronald Reagan cited as a justification for the 1986 United States bombing of Libya.[38][39]

In 1999, a multi-year investigation by the European Parliament highlighted the NSA’s role in economic espionage in a report entitled ‘Development of Surveillance Technology and Risk of Abuse of Economic Information’.[40] That year, the NSA founded the NSA Hall of Honor, a memorial at the National Cryptologic Museum in Fort Meade, Maryland.[41] The memorial is a, “tribute to the pioneers and heroes who have made significant and long-lasting contributions to American cryptology”.[41] NSA employees must be retired for more than fifteen years to qualify for the memorial.[41]

NSA’s infrastructure deteriorated in the 1990s as defense budget cuts resulted in maintenance deferrals. On January 24, 2000, NSA headquarters suffered a total network outage for three days caused by an overloaded network. Incoming traffic was successfully stored on agency servers, but it could not be directed and processed. The agency carried out emergency repairs at a cost of $3 million to get the system running again. (Some incoming traffic was also directed instead to Britain’s GCHQ for the time being.) Director Michael Hayden called the outage a “wake-up call” for the need to invest in the agency’s infrastructure.[42]

War on Terror

After Osama bin Laden moved to Afghanistan in the 1980s, the NSA recorded all of his phone calls via satellite, logging over 2,000 minutes of conversation[43]

In the aftermath of the September 11 attacks, the NSA created new IT systems to deal with the flood of information from new technologies like the Internet and cellphones. ThinThread contained advanced data mining capabilities. It also had a “privacy mechanism”; surveillance was stored encrypted; decryption required a warrant. The research done under this program may have contributed to the technology used in later systems. ThinThread was cancelled when Michael Hayden chose Trailblazer, which did not include ThinThread’s privacy system.[44]

Trailblazer Project ramped up in 2002. SAIC, Boeing, CSC, IBM, and Litton worked on it. Some NSA whistleblowers complained internally about major problems surrounding Trailblazer. This led to investigations by Congress and the NSA and DoD Inspectors General. The project was cancelled in early 2004. Several whistleblowers were later arrested and charged with violating federal espionage laws.

Turbulence started in 2005. It was developed in small, inexpensive “test” pieces, rather than one grand plan like Trailblazer. It also included offensive cyber-warfare capabilities, like injecting malware into remote computers. Congress criticized Turbulence in 2007 for having similar bureaucratic problems as Trailblazer.[45] It was to be a realization of information processing at higher speeds in cyberspace.[46]

Global surveillance disclosures

The massive extent of the NSA’s spying, both foreign and domestic, was revealed to the public in a series of detailed disclosures of internal NSA documents beginning in June 2013. Most of the disclosures were leaked by former NSA contractor, Edward Snowden.

Scope of surveillance

It was revealed that the NSA intercepts telephone and Internet communications of over a billion people worldwide, seeking information on terrorism as well as foreign politics, economics[47] and “commercial secrets”.[48] In a declassified document it was revealed that 17,835 phone lines were on an improperly permitted “alert list” from 2006 to 2009 in breach of compliance, which tagged these phone lines for daily monitoring.[49][50][51] Eleven percent of these monitored phone lines met the agency’s legal standard for “reasonably articulable suspicion” (RAS).[49][52]

A dedicated unit of the NSA locates targets for the CIA for extrajudicial assassination in the Middle East.[53] The NSA has also spied extensively on the European Union, the United Nations and numerous governments including allies and trading partners in Europe, South America and Asia.[54][55]

The NSA tracks the locations of hundreds of millions of cellphones per day, allowing it to map people’s movements and relationships in detail.[56]It reportedly has access to all communications made via Google, Microsoft, Facebook, Yahoo, YouTube, AOL, Skype, Apple and Paltalk,[57] and collects hundreds of millions of contact lists from personal email and instant messaging accounts each year.[58] It has also managed to weaken much of the encryption used on the Internet (by collaborating with, coercing or otherwise infiltrating numerous technology companies), so that the majority of Internet privacy is now vulnerable to the NSA and other attackers.[59][60]

Domestically, the NSA collects and stores metadata records of phone calls,[61] including over 120 million US Verizon subscribers,[62] as well as Internet communications,[57] relying on a secret interpretation of the Patriot Act whereby the entirety of US communications may be considered “relevant” to a terrorism investigation if it is expected that even a tiny minority may relate to terrorism.[63] The NSA supplies foreign intercepts to the DEA, IRS and other law enforcement agencies, who use these to initiate criminal investigations. Federal agents are then instructed to “recreate” the investigative trail via parallel construction.[64]

The NSA also spies on influential Muslims to obtain information that could be used to discredit them, such as their use of pornography. The targets, both domestic and abroad, are not suspected of any crime but hold religious or political views deemed “radical” by the NSA.[65]

Although NSA’s surveillance activities are controversial, government agencies and private enterprises have common needs, and sometimes cooperate at subtle and complex technical levels. Big data is becoming more advantageous, justifying the cost of required computer hardware, and social media lead the trend. The interests of NSA and Silicon Valley began to converge as advances in computer storage technology drastically reduced the costs of storing enormous amounts of data and at the same time the value of the data for use in consumer marketing began to rise. On the other hand, social media sites are growing as voluntary data mining operations on a scale that rivals or exceeds anything the government could attempt on its own.[66]

According to a report in The Washington Post in July 2014, relying on information provided by Snowden, 90% of those placed under surveillance in the U.S. are ordinary Americans, and are not the intended targets. The newspaper said it had examined documents including emails, text messages, and online accounts that support the claim.[67]

Legal accountability

Despite President Obama’s claims that these programs have congressional oversight, members of Congress were unaware of the existence of these NSA programs or the secret interpretation of the Patriot Act, and have consistently been denied access to basic information about them.[68] Obama has also claimed that there are legal checks in place to prevent inappropriate access of data and that there have been no examples of abuse;[69] however, the secret FISC court charged with regulating the NSA’s activities is, according to its chief judge, incapable of investigating or verifying how often the NSA breaks even its own secret rules.[70] It has since been reported that the NSA violated its own rules on data access thousands of times a year, many of these violations involving large-scale data interceptions;[71] and that NSA officers have even used data intercepts to spy on love interests.[72] The NSA has “generally disregarded the special rules for disseminating United States person information” by illegally sharing its intercepts with other law enforcement agencies.[73] A March 2009 opinion of the FISC court, released by court order, states that protocols restricting data queries had been “so frequently and systemically violated that it can be fairly said that this critical element of the overall … regime has never functioned effectively.”[74][75] In 2011 the same court noted that the “volume and nature” of the NSA’s bulk foreign Internet intercepts was “fundamentally different from what the court had been led to believe”.[73] Email contact lists (including those of US citizens) are collected at numerous foreign locations to work around the illegality of doing so on US soil.[58]

Legal opinions on the NSA’s bulk collection program have differed. In mid-December 2013, U.S. District Court Judge Richard Leon ruled that the “almost-Orwellian” program likely violates the Constitution, and wrote, “I cannot imagine a more ‘indiscriminate’ and ‘arbitrary invasion’ than this systematic and high-tech collection and retention of personal data on virtually every single citizen for purposes of querying and analyzing it without prior judicial approval. Surely, such a program infringes on ‘that degree of privacy’ that the Founders enshrined in the Fourth Amendment. Indeed, I have little doubt that the author of our Constitution, James Madison, who cautioned us to beware ‘the abridgement of freedom of the people by gradual and silent encroachments by those in power,’ would be aghast.”[76]

Later that month, U.S. District Judge William Pauley ruled that the NSA’s collection of telephone records is legal and valuable in the fight against terrorism. In his opinion, he wrote, “a bulk telephony metadata collection program [is] a wide net that could find and isolate gossamer contacts among suspected terrorists in an ocean of seemingly disconnected data” and noted that a similar collection of data prior to 9/11 might have prevented the attack.[77]

An October 2014 United Nations report condemned mass surveillance by the United States and other countries as violating multiple international treaties and conventions that guarantee core privacy rights.[78]

Official responses

On March 20, 2013 the Director of National Intelligence, Lieutenant General James Clapper, testified before Congress that the NSA does not wittingly collect any kind of data on millions or hundreds of millions of Americans, but he retracted this in June after details of the PRISM program were published, and stated instead that meta-data of phone and Internet traffic are collected, but no actual message contents.[79] This was corroborated by the NSA Director, General Keith Alexander, before it was revealed that the XKeyscore program collects the contents of millions of emails from US citizens without warrant, as well as “nearly everything a user does on the Internet”. Alexander later admitted that “content” is collected, but stated that it is simply stored and never analyzed or searched unless there is “a nexus to al-Qaida or other terrorist groups”.[69]

Regarding the necessity of these NSA programs, Alexander stated on June 27 that the NSA’s bulk phone and Internet intercepts had been instrumental in preventing 54 terrorist “events”, including 13 in the US, and in all but one of these cases had provided the initial tip to “unravel the threat stream”.[80] On July 31 NSA Deputy Director John Inglis conceded to the Senate that these intercepts had not been vital in stopping any terrorist attacks, but were “close” to vital in identifying and convicting four San Diego men for sending US$8,930 to Al-Shabaab, a militia that conducts terrorism in Somalia.[81][82][83]

The U.S. government has aggressively sought to dismiss and challenge Fourth Amendment cases raised against it, and has granted retroactive immunity to ISPs and telecoms participating in domestic surveillance.[84][85] The U.S. military has acknowledged blocking access to parts of The Guardian website for thousands of defense personnel across the country,[86][87] and blocking the entire Guardian website for personnel stationed throughout Afghanistan, the Middle East, and South Asia.[88]

Organizational structure

Michael S. Rogers, the director of the NSA.

The NSA is led by the Director of the National Security Agency (DIRNSA), who also serves as Chief of the Central Security Service (CHCSS) and Commander of the United States Cyber Command (USCYBERCOM) and is the highest-ranking military official of these organizations. He is assisted by a Deputy Director, who is the highest-ranking civilian within the NSA/CSS.

NSA also has an Inspector General, head of the Office of the Inspector General (OIG), a General Counsel, head of the Office of the General Counsel (OGC) and a Director of Compliance, who is head of the Office of the Director of Compliance (ODOC).[89]

Unlike other intelligence organizations such as CIA or DIA, NSA has always been particularly reticent concerning its internal organizational structure.

As of the mid-1990s, the National Security Agency was organized into five Directorates:

  • The Operations Directorate, which was responsible for SIGINT collection and processing.
  • The Technology and Systems Directorate, which develops new technologies for SIGINT collection and processing.
  • The Information Systems Security Directorate, which was responsible for NSA’s communications and information security missions.
  • The Plans, Policy and Programs Directorate, which provided staff support and general direction for the Agency.
  • The Support Services Directorate, which provided logistical and administrative support activities.[90]

Each of these directorates consisted of several groups or elements, designated by a letter. There were for example the A Group, which was responsible for all SIGINT operations against the Soviet Union and Eastern Europe, and G Group, which was responsible for SIGINT related to all non-communist countries. These groups were divided in units designated by an additional number, like unit A5 for breaking Soviet codes, and G6, being the office for the Middle East, North Africa, Cuba, Central and South America.[91][92]

Structure

As of 2013, NSA has about a dozen directorates, which are designated by a letter, although not all of them are publicly known. The directorates are divided in divisions and units starting with the letter of the parent directorate, followed by a number for the division, the sub-unit or a sub-sub-unit.

The main elements of the organizational structure of the NSA are:[93]

  • F – Directorate only known from unit F6, the Special Collection Service (SCS), which is a joint program created by CIA and NSA in 1978 to facilitate clandestine activities such as bugging computers throughout the world, using the expertise of both agencies.[94]
  • G – Directorate only known from unit G112, the office that manages the Senior Span platform, attached to the U2 spy planes.[95]
  • I – Information Assurance Directorate (IAD), which ensures availability, integrity, authentication, confidentiality, and non-repudiation of national security and telecommunications and information systems (national security systems).
  • J – Directorate only known from unit J2, the Cryptologic Intelligence Unit
  • L – Installation and Logistics
  • M – Human Resources
  • Q – Security and Counterintelligence
  • R – Research Directorate, which conducts research on signals intelligence and on information assurance for the U.S. Government.[96]
  • S – Signals Intelligence Directorate (SID), which is responsible for the collection, analysis, production and dissemination of signals intelligence. This directorate is led by a director and a deputy director. The SID consists of the following divisions:
    • S1 – Customer Relations
    • S2 – Analysis and Production Centers, with the following so-called Product Lines:
      • S2A: South Asia, S2B: China and Korea, S2C: International Security, S2E: Middle East/Asia, S2F: International Crime, S2G: Counter-proliferation, S2H: Russia, S2I: Counter-terrorism, S2J: Weapons and Space, S2T: Current Threats
    • S3 – Data Acquisition, with these divisions for the main collection programs:
      • S31 – Cryptanalysis and Exploitation Services (CES)
      • S32 – Tailored Access Operations (TAO), which hacks into foreign computers to conduct cyber-espionage and reportedly is “the largest and arguably the most important component of the NSA’s huge Signal Intelligence (SIGINT) Directorate, consisting of over 1,000 military and civilian computer hackers, intelligence analysts, targeting specialists, computer hardware and software designers, and electrical engineers.”[97]
      • S33 – Global Access Operations (GAO), which is responsible for intercepts from satellites and other international SIGINT platforms.[98] A tool which details and maps the information collected by this unit is code-named Boundless Informant.
      • S34 – Collections Strategies and Requirements Center
      • S35 – Special Source Operations (SSO), which is responsible for domestic and compartmented collection programs, like for example the PRISM program.[98] Special Source Operations is also mentioned in connection to the FAIRVIEW collection program.[99]
  • T – Technical Directorate (TD)
  • Directorate for Education and Training
  • Directorate for Corporate Leadership
  • Foreign Affairs Directorate, which acts as liaison with foreign intelligence services, counter-intelligence centers and the UKUSA-partners.
  • Acquisitions and Procurement Directorate
  • Information Sharing Services (ISS), led by a chief and a deputy chief.[100]

In the year 2000, a leadership team was formed, consisting of the Director, the Deputy Director and the Directors of the Signals Intelligence (SID), the Information Assurance (IAD) and the Technical Directorate (TD). The chiefs of other main NSA divisions became associate directors of the senior leadership team.[101]

After president George W. Bush initiated the President’s Surveillance Program (PSP) in 2001, the NSA created a 24-hour Metadata Analysis Center (MAC), followed in 2004 by the Advanced Analysis Division (AAD), with the mission of analyzing content, Internet metadata and telephone metadata. Both units were part of the Signals Intelligence Directorate.[102]

A 2016 proposal would combine the Signals Intelligence Directorate with the Information Assurance Directorate into a Directorate of Operations.[103]

Watch centers

The NSA maintains at least two watch centers:

  • National Security Operations Center (NSOC), which is the NSA’s current operations center and focal point for time-sensitive SIGINT reporting for the United States SIGINT System (USSS). This center was established in 1968 as the National SIGINT Watch Center (NSWC) and renamed into National SIGINT Operations Center (NSOC) in 1973. This “nerve center of the NSA” got its current name in 1996.[104]
  • NSA/CSS Threat Operations Center (NTOC), which is the primary NSA/CSS partner for Department of Homeland Security response to cyber incidents. The NTOC establishes real-time network awareness and threat characterization capabilities to forecast, alert, and attribute malicious activity and enable the coordination of Computer Network Operations. The NTOC was established in 2004 as a joint Information Assurance and Signals Intelligence project.[105]

Employees

The number of NSA employees is officially classified[4] but there are several sources providing estimates. In 1961, NSA had 59,000 military and civilian employees, which grew to 93,067 in 1969, of which 19,300 worked at the headquarters at Fort Meade. In the early 1980s NSA had roughly 50,000 military and civilian personnel. By 1989 this number had grown again to 75,000, of which 25,000 worked at the NSA headquarters. Between 1990 and 1995 the NSA’s budget and workforce were cut by one third, which led to a substantial loss of experience.[106]

In 2012, the NSA said more than 30,000 employees worked at Fort Meade and other facilities.[2] In 2012, John C. Inglis, the deputy director, said that the total number of NSA employees is “somewhere between 37,000 and one billion” as a joke,[4] and stated that the agency is “probably the biggest employer of introverts.”[4] In 2013 Der Spiegel stated that the NSA had 40,000 employees.[5] More widely, it has been described as the world’s largest single employer of mathematicians.[107] Some NSA employees form part of the workforce of the National Reconnaissance Office (NRO), the agency that provides the NSA with satellite signals intelligence.

As of 2013 about 1,000 system administrators work for the NSA.[108]

Security issues

The NSA received criticism early on in 1960 after two agents had defected to the Soviet Union. Investigations by the House Un-American Activities Committee and a special subcommittee of the United States House Committee on Armed Services revealed severe cases of ignorance in personnel security regulations, prompting the former personnel director and the director of security to step down and leading to the adoption of stricter security practices.[109] Nonetheless, security breaches reoccurred only a year later when in an issue of Izvestia of July 23, 1963, a former NSA employee published several cryptologic secrets.

The very same day, an NSA clerk-messenger committed suicide as ongoing investigations disclosed that he had sold secret information to the Soviets on a regular basis. The reluctance of Congressional houses to look into these affairs had prompted a journalist to write, “If a similar series of tragic blunders occurred in any ordinary agency of Government an aroused public would insist that those responsible be officially censured, demoted, or fired.” David Kahn criticized the NSA’s tactics of concealing its doings as smug and the Congress’ blind faith in the agency’s right-doing as shortsighted, and pointed out the necessity of surveillance by the Congress to prevent abuse of power.[109]

Edward Snowden‘s leaking of the existence of PRISM in 2013 caused the NSA to institute a “two-man rule“, where two system administrators are required to be present when one accesses certain sensitive information.[108] Snowden claims he suggested such a rule in 2009.[110]

Polygraphin

Defense Security Service (DSS) polygraph brochure given to NSA applicants

The NSA conducts polygraph tests of employees. For new employees, the tests are meant to discover enemy spies who are applying to the NSA and to uncover any information that could make an applicant pliant to coercion.[111] As part of the latter, historically EPQs or “embarrassing personal questions” about sexual behavior had been included in the NSA polygraph.[111] The NSA also conducts five-year periodic reinvestigation polygraphs of employees, focusing on counterintelligence programs. In addition the NSA conducts periodic polygraph investigations in order to find spies and leakers; those who refuse to take them may receive “termination of employment”, according to a 1982 memorandum from the director of the NSA.[112]

File:NSApolygraphvideo.webm

NSA-produced video on the polygraph process

There are also “special access examination” polygraphs for employees who wish to work in highly sensitive areas, and those polygraphs cover counterintelligence questions and some questions about behavior.[112] NSA’s brochure states that the average test length is between two and four hours.[113] A 1983 report of the Office of Technology Assessment stated that “It appears that the NSA [National Security Agency] (and possibly CIA) use the polygraph not to determine deception or truthfulness per se, but as a technique of interrogation to encourage admissions.”[114]Sometimes applicants in the polygraph process confess to committing felonies such as murder, rape, and selling of illegal drugs. Between 1974 and 1979, of the 20,511 job applicants who took polygraph tests, 695 (3.4%) confessed to previous felony crimes; almost all of those crimes had been undetected.[111]

In 2010 the NSA produced a video explaining its polygraph process.[115] The video, ten minutes long, is titled “The Truth About the Polygraph” and was posted to the Web site of the Defense Security Service. Jeff Stein of The Washington Post said that the video portrays “various applicants, or actors playing them — it’s not clear — describing everything bad they had heard about the test, the implication being that none of it is true.”[116] AntiPolygraph.org argues that the NSA-produced video omits some information about the polygraph process; it produced a video responding to the NSA video.[115] George Maschke, the founder of the Web site, accused the NSA polygraph video of being “Orwellian“.[116]

After Edward Snowden revealed his identity in 2013, the NSA began requiring polygraphing of employees once per quarter.[117]

Arbitrary firing

The number of exemptions from legal requirements has been criticized. When in 1964 the Congress was hearing a bill giving the director of the NSA the power to fire at will any employee,The Washington Post wrote: “This is the very definition of arbitrariness. It means that an employee could be discharged and disgraced on the basis of anonymous allegations without the slightest opportunity to defend himself.” Yet, the bill was accepted by an overwhelming majority.[109]

Insignia and memorials

Seal of the U.S. National Security Agency.svg

The heraldic insignia of NSA consists of an eagle inside a circle, grasping a key in its talons.[118] The eagle represents the agency’s national mission.[118] Its breast features a shield with bands of red and white, taken from the Great Seal of the United States and representing Congress.[118] The key is taken from the emblem of Saint Peter and represents security.[118]

When the NSA was created, the agency had no emblem and used that of the Department of Defense.[119] The agency adopted its first of two emblems in 1963.[119] The current NSA insignia has been in use since 1965, when then-Director, LTG Marshall S. Carter (USA) ordered the creation of a device to represent the agency.[120]

The NSA’s flag consists of the agency’s seal on a light blue background.

National Cryptologic Memorial

Crews associated with NSA missions have been involved in a number of dangerous and deadly situations.[121] The USS Liberty incident in 1967 and USS Pueblo incident in 1968 are examples of the losses endured during the Cold War.[121]

The National Security Agency/Central Security Service Cryptologic Memorial honors and remembers the fallen personnel, both military and civilian, of these intelligence missions.[122] It is made of black granite, and has 171 names carved into it, as of 2013 .[122] It is located at NSA headquarters. A tradition of declassifying the stories of the fallen was begun in 2001.[122]

NSANet (NSA’s intranet)

Behind the Green Door – Secure communications room with separate computer terminals for access to SIPRNET, GWAN, NSANET, and JWICS

NSANet stands for National Security Agency Network and is the official NSA intranet.[123] It is a classified network,[124] for information up to the level of TS/SCI[125] to support the use and sharing of intelligence data between NSA and the signals intelligence agencies of the four other nations of the Five Eyes partnership. The management of NSANet has been delegated to the Central Security Service Texas (CSSTEXAS).[126]

NSANet is a highly secured computer network consisting of fiber-optic and satellite communication channels which are almost completely separated from the public Internet. The network allows NSA personnel and civilian and military intelligence analysts anywhere in the world to have access to the agency’s systems and databases. This access is tightly controlled and monitored. For example, every keystroke is logged, activities are audited at random and downloading and printing of documents from NSANet are recorded.[127]

In 1998, NSANet, along with NIPRNET and SIPRNET, had “significant problems with poor search capabilities, unorganized data and old information”.[128] In 2004, the network was reported to have used over twenty commercial off-the-shelf operating systems.[129] Some universities that do highly sensitive research are allowed to connect to it.[130]

The thousands of Top Secret internal NSA documents that were taken by Edward Snowden in 2013 were stored in “a file-sharing location on the NSA’s intranet site” so they could easily be read online by NSA personnel. Everyone with a TS/SCI-clearance had access to these documents and as a system administrator, Snowden was responsible for moving accidentally misplaced highly sensitive documents to more secure storage locations.[131]

National Computer Security Center

The DoD Computer Security Center was founded in 1981 and renamed the National Computer Security Center (NCSC) in 1985. NCSC was responsible for computer security throughout the federal government.[132] NCSC was part of NSA,[133] and during the late 1980s and the 1990s, NSA and NCSC published Trusted Computer System Evaluation Criteria in a six-foot high Rainbow Series of books that detailed trusted computing and network platform specifications.[134] The Rainbow books were replaced by the Common Criteria, however, in the early 2000s.[134]

Facilities

Headquarters

National Security Agency headquarters in Fort Meade, 2013

Headquarters for the National Security Agency is located at 39°6′32″N 76°46′17″W in Fort George G. Meade, Maryland, although it is separate from other compounds and agencies that are based within this same military installation. Ft. Meade is about 20 mi (32 km) southwest of Baltimore,[135] and 25 mi (40 km) northeast of Washington, DC.[136] The NSA has its own exit off Maryland Route 295 South labeled “NSA Employees Only”.[137][138] The exit may only be used by people with the proper clearances, and security vehicles parked along the road guard the entrance.[139]

NSA is the largest employer in the U.S. state of Maryland, and two-thirds of its personnel work at Ft. Meade.[140] Built on 350 acres (140 ha; 0.55 sq mi)[141] of Ft. Meade’s 5,000 acres (2,000 ha; 7.8 sq mi),[142] the site has 1,300 buildings and an estimated 18,000 parking spaces.[136][143]

NSA headquarters building in Fort Meade (left), NSOC (right)

The main NSA headquarters and operations building is what James Bamford, author of Body of Secrets, describes as “a modern boxy structure” that appears similar to “any stylish office building.”[144] The building is covered with one-way dark glass, which is lined with copper shielding in order to prevent espionage by trapping in signals and sounds.[144] It contains 3,000,000 square feet (280,000 m2), or more than 68 acres (28 ha), of floor space; Bamford said that the U.S. Capitol “could easily fit inside it four times over.”[144]

The facility has over 100 watchposts,[145] one of them being the visitor control center, a two-story area that serves as the entrance.[144] At the entrance, a white pentagonal structure,[146] visitor badges are issued to visitors and security clearances of employees are checked.[147] The visitor center includes a painting of the NSA seal.[146]

The OPS2A building, the tallest building in the NSA complex and the location of much of the agency’s operations directorate, is accessible from the visitor center. Bamford described it as a “dark glass Rubik’s Cube“.[148] The facility’s “red corridor” houses non-security operations such as concessions and the drug store. The name refers to the “red badge” which is worn by someone without a security clearance. The NSA headquarters includes a cafeteria, a credit union, ticket counters for airlines and entertainment, a barbershop, and a bank.[146] NSA headquarters has its own post office, fire department, and police force.[149][150][151]

The employees at the NSA headquarters reside in various places in the Baltimore-Washington area, including Annapolis, Baltimore, and Columbia in Maryland and the District of Columbia, including the Georgetown community.[152]

Power consumption

Due to massive amounts of data processing, NSA is the largest electricity consumer in Maryland.[140]

Following a major power outage in 2000, in 2003 and in follow-ups through 2007, The Baltimore Sun reported that the NSA was at risk of electrical overload because of insufficient internal electrical infrastructure at Fort Meade to support the amount of equipment being installed. This problem was apparently recognized in the 1990s but not made a priority, and “now the agency’s ability to keep its operations going is threatened.”[153]

Baltimore Gas & Electric (BGE, now Constellation Energy) provided NSA with 65 to 75 megawatts at Ft. Meade in 2007, and expected that an increase of 10 to 15 megawatts would be needed later that year.[154] In 2011, NSA at Ft. Meade was Maryland’s largest consumer of power.[140] In 2007, as BGE’s largest customer, NSA bought as much electricity as Annapolis, the capital city of Maryland.[153]

One estimate put the potential for power consumption by the new Utah Data Center at US$40 million per year.[155]

History of headquarters

Headquarters at Fort Meade circa 1950s

When the agency was established, its headquarters and cryptographic center were in the Naval Security Station in Washington, D.C. The COMINT functions were located in Arlington Hall in Northern Virginia, which served as the headquarters of the U.S. Army‘s cryptographic operations.[156]Because the Soviet Union had detonated a nuclear bomb and because the facilities were crowded, the federal government wanted to move several agencies, including the AFSA/NSA. A planning committee considered Fort Knox, but Fort Meade, Maryland, was ultimately chosen as NSA headquarters because it was far enough away from Washington, D.C. in case of a nuclear strike and was close enough so its employees would not have to move their families.[157]

Construction of additional buildings began after the agency occupied buildings at Ft. Meade in the late 1950s, which they soon outgrew.[157] In 1963 the new headquarters building, nine stories tall, opened. NSA workers referred to the building as the “Headquarters Building” and since the NSA management occupied the top floor, workers used “Ninth Floor” to refer to their leaders.[158] COMSEC remained in Washington, D.C., until its new building was completed in 1968.[157] In September 1986, the Operations 2A and 2B buildings, both copper-shielded to prevent eavesdropping, opened with a dedication by President Ronald Reagan.[159] The four NSA buildings became known as the “Big Four.”[159] The NSA director moved to 2B when it opened.[159]

Fort Meade shooting[edit]

On March 30, 2015, shortly before 9 am, a stolen sports utility vehicle approached an NSA police vehicle blocking the road near the gate of Fort Meade, after it was told to leave the area. NSA officers fired on the SUV, killing the 27-year-old driver, Ricky Hall (a transgender person also known as Mya), and seriously injuring his 20-year-old male passenger. An NSA officer’s arm was injured when Hall subsequently crashed into his vehicle.[160][161]

The two, dressed in women’s clothing after a night of partying at a motel with the man they’d stolen the SUV from that morning, “attempted to drive a vehicle into the National Security Agency portion of the installation without authorization”, according to an NSA statement.[162] FBI spokeswoman Amy Thoreson said the incident is not believed to be related to terrorism.[163]In June 2015 the FBI closed its investigation into the incident and federal prosecutors have declined to bring charges against anyone involved.[164]

An anonymous police official told The Washington Post, “This was not a deliberate attempt to breach the security of NSA. This was not a planned attack.” The two are believed to have made a wrong turn off the highway, while fleeing from the motel after stealing the vehicle. A small amount of cocaine was found in the SUV. A local CBS reporter initially said a gun was found,[165]but her later revision does not.[166] Dozens of journalists were corralled into a parking lot blocks away from the scene, and were barred from photographing the area.[167]

Computing[edit]

In 1995, The Baltimore Sun reported that the NSA is the owner of the single largest group of supercomputers.[168]

NSA held a groundbreaking ceremony at Ft. Meade in May 2013 for its High Performance Computing Center 2, expected to open in 2016.[169] Called Site M, the center has a 150 megawatt power substation, 14 administrative buildings and 10 parking garages.[149] It cost $3.2 billion and covers 227 acres (92 ha; 0.355 sq mi).[149] The center is 1,800,000 square feet (17 ha; 0.065 sq mi)[149] and initially uses 60 megawatts of electricity.[170]

Increments II and III are expected to be completed by 2030, and would quadruple the space, covering 5,800,000 square feet (54 ha; 0.21 sq mi) with 60 buildings and 40 parking garages.[149] Defense contractors are also establishing or expanding cybersecurity facilities near the NSA and around the Washington metropolitan area.[149]

Other U.S. facilities

Buckley Air Force Base in Colorado

Utah Data Center

As of 2012, NSA collected intelligence from four geostationary satellites.[155] Satellite receivers were at Roaring Creek Station in Catawissa, Pennsylvania and Salt Creek Station in Arbuckle, California.[155] It operated ten to twenty taps on U.S. telecom switches. NSA had installations in several U.S. states and from them observed intercepts from Europe, the Middle East, North Africa, Latin America, and Asia.[155]

NSA had facilities at Friendship Annex (FANX) in Linthicum, Maryland, which is a 20 to 25-minute drive from Ft. Meade;[171] the Aerospace Data Facility at Buckley Air Force Base in Aurora outside Denver, Colorado; NSA Texas in the Texas Cryptology Center at Lackland Air Force Base in San Antonio, Texas; NSA Georgia at Fort Gordon in Augusta, Georgia; NSA Hawaii in Honolulu; the Multiprogram Research Facility in Oak Ridge, Tennessee, and elsewhere.[152][155]

On January 6, 2011 a groundbreaking ceremony was held to begin construction on NSA’s first Comprehensive National Cyber-security Initiative (CNCI) Data Center, known as the “Utah Data Center” for short. The $1.5B data center is being built at Camp Williams, Utah, located 25 miles (40 km) south of Salt Lake City, and will help support the agency’s National Cyber-security Initiative.[172] It is expected to be operational by September 2013.[155]

In 2009, to protect its assets and to access more electricity, NSA sought to decentralize and expand its existing facilities in Ft. Meade and Menwith Hill,[173] the latter expansion expected to be completed by 2015.[174]

The Yakima Herald-Republic cited Bamford, saying that many of NSA’s bases for its Echelon program were a legacy system, using outdated, 1990s technology.[175] In 2004, NSA closed its operations at Bad Aibling Station (Field Station 81) in Bad Aibling, Germany.[176] In 2012, NSA began to move some of its operations at Yakima Research Station, Yakima Training Center, in Washington state to Colorado, planning to leave Yakima closed.[177] As of 2013, NSA also intended to close operations at Sugar Grove, West Virginia.[175]

International stations

RAF Menwith Hill has the largest NSA presence in the United Kingdom.[174]

Following the signing in 1946–1956[178] of the UKUSA Agreement between the United States, United Kingdom, Canada, Australia and New Zealand, who then cooperated on signals intelligence and ECHELON,[179] NSA stations were built at GCHQ Bude in Morwenstow, United Kingdom; Geraldton, Pine Gap and Shoal Bay, Australia; Leitrim and Ottawa, Canada; Misawa, Japan; and Waihopai and Tangimoana,[180] New Zealand.[181]

NSA operates RAF Menwith Hill in North Yorkshire, United Kingdom, which was, according to BBC News in 2007, the largest electronic monitoring station in the world.[182] Planned in 1954, and opened in 1960, the base covered 562 acres (227 ha; 0.878 sq mi) in 1999.[183]

The agency’s European Cryptologic Center (ECC), with 240 employees in 2011, is headquartered at a US military compound in Griesheim, near Frankfurt in Germany. A 2011 NSA report indicates that the ECC is responsible for the “largest analysis and productivity in Europe” and focusses on various priorities, including Africa, Europe, the Middle East and counterterrorism operations.[184]

In 2013, a new Consolidated Intelligence Center, also to be used by NSA, is being built at the headquarters of the United States Army Europe in Wiesbaden, Germany.[185] NSA’s partnership with Bundesnachrichtendienst (BND), the German foreign intelligence service, was confirmed by BND president Gerhard Schindler.[185]

Thailand

Thailand is a “3rd party partner” of the NSA along with nine other nations.[186] These are non-English-speaking countries that have made security agreements for the exchange of SIGINT raw material and end product reports.

Thailand is the site of at least two US SIGINT collection stations. One is at the US Embassy in Bangkok, a joint NSA-CIA Special Collection Service (SCS) unit. It presumably eavesdrops on foreign embassies, governmental communications, and other targets of opportunity.[187]

The second installation is a FORNSAT (foreign satellite interception) station in the Thai city of Khon Kaen. It is codenamed INDRA, but has also been referred to as LEMONWOOD.[187] The station is approximately 40 ha (100 acres) in size and consists of a large 3,700–4,600 m2 (40,000–50,000 ft2) operations building on the west side of the ops compound and four radome-enclosed parabolic antennas. Possibly two of the radome-enclosed antennas are used for SATCOM intercept and two antennas used for relaying the intercepted material back to NSA. There is also a PUSHER-type circularly-disposed antenna array (CDAA) array just north of the ops compound.[188][189]

NSA activated Khon Kaen in October 1979. Its mission was to eavesdrop on the radio traffic of Chinese army and air force units in southern China, especially in and around the city of Kunming in Yunnan Province. Back in the late 1970s the base consisted only of a small CDAA antenna array that was remote-controlled via satellite from the NSA listening post at Kunia, Hawaii, and a small force of civilian contractors from Bendix Field Engineering Corp. whose job it was to keep the antenna array and satellite relay facilities up and running 24/7.[188]

According to the papers of the late General William Odom, the INDRA facility was upgraded in 1986 with a new British-made PUSHER CDAA antenna as part of an overall upgrade of NSA and Thai SIGINT facilities whose objective was to spy on the neighboring communist nations of Vietnam, Laos, and Cambodia.[188]

The base apparently fell into disrepair in the 1990s as China and Vietnam became more friendly towards the US, and by 2002 archived satellite imagery showed that the PUSHER CDAA antenna had been torn down, perhaps indicating that the base had been closed. At some point in the period since 9/11, the Khon Kaen base was reactivated and expanded to include a sizeable SATCOM intercept mission. It is likely that the NSA presence at Khon Kaen is relatively small, and that most of the work is done by civilian contractors.[188]

Mission

NSA’s eavesdropping mission includes radio broadcasting, both from various organizations and individuals, the Internet, telephone calls, and other intercepted forms of communication. Its secure communications mission includes military, diplomatic, and all other sensitive, confidential or secret government communications.[190]

According to the Washington Post, “[e]very day, collection systems at the National Security Agency intercept and store 1.7 billion e-mails, phone calls and other types of communications. The NSA sorts a fraction of those into 70 separate databases.”[191]

Because of its listening task, NSA/CSS has been heavily involved in cryptanalytic research, continuing the work of predecessor agencies which had broken many World War II codes and ciphers (see, for instance, Purple, Venona project, and JN-25).

In 2004, NSA Central Security Service and the National Cyber Security Division of the Department of Homeland Security (DHS) agreed to expand NSA Centers of Academic Excellence in Information Assurance Education Program.[192]

As part of the National Security Presidential Directive 54/Homeland Security Presidential Directive 23 (NSPD 54), signed on January 8, 2008 by President Bush, the NSA became the lead agency to monitor and protect all of the federal government’s computer networks from cyber-terrorism.[9]

Operations

Operations by the National Security Agency can be divided in three types:

  • Collection overseas, which falls under the responsibility of the Global Access Operations (GAO) division.
  • Domestic collection, which falls under the responsibility of the Special Source Operations (SSO) division.
  • Hacking operations, which falls under the responsibility of the Tailored Access Operations (TAO) division.

Collection overseas

Echelon

Main article: ECHELON

Echelon was created in the incubator of the Cold War.[193] Today it is a legacy system, and several NSA stations are closing.[175]

NSA/CSS, in combination with the equivalent agencies in the United Kingdom (Government Communications Headquarters), Canada (Communications Security Establishment), Australia (Defence Signals Directorate), and New Zealand (Government Communications Security Bureau), otherwise known as the UKUSA group,[194] was reported to be in command of the operation of the so-called ECHELON system. Its capabilities were suspected to include the ability to monitor a large proportion of the world’s transmitted civilian telephone, fax and data traffic.[195]

During the early 1970s, the first of what became more than eight large satellite communications dishes were installed at Menwith Hill.[196] Investigative journalist Duncan Campbell reported in 1988 on the ECHELON surveillance program, an extension of the UKUSA Agreement on global signals intelligence SIGINT, and detailed how the eavesdropping operations worked.[197] In November 3, 1999 the BBC reported that they had confirmation from the Australian Government of the existence of a powerful “global spying network” code-named Echelon, that could “eavesdrop on every single phone call, fax or e-mail, anywhere on the planet” with Britain and the United States as the chief protagonists. They confirmed that Menwith Hill was “linked directly to the headquarters of the US National Security Agency (NSA) at Fort Meade in Maryland”.[198]

NSA’s United States Signals Intelligence Directive 18 (USSID 18) strictly prohibited the interception or collection of information about “… U.S. persons, entities, corporations or organizations….” without explicit written legal permission from the United States Attorney General when the subject is located abroad, or the Foreign Intelligence Surveillance Court when within U.S. borders. Alleged Echelon-related activities, including its use for motives other than national security, including political and industrial espionage, received criticism from countries outside the UKUSA alliance.[199][200]

Protesters against NSA data mining in Berlin wearing Chelsea Manning and Edward Snowden masks.

Other SIGINT operations overseas

The NSA is also involved in planning to blackmail people with “SEXINT“, intelligence gained about a potential target’s sexual activity and preferences. Those targeted had not committed any apparent crime nor were charged with one.[201]

In order to support its facial recognition program, the NSA is intercepting “millions of images per day”.[202]

The Real Time Regional Gateway is a data collection program introduced in 2005 in Iraq by NSA during the Iraq War that consisted of gathering all electronic communication, storing it, then searching and otherwise analyzing it. It was effective in providing information about Iraqi insurgents who had eluded less comprehensive techniques.[203] This “collect it all” strategy introduced by NSA director, Keith B. Alexander, is believed by Glenn Greenwald of The Guardian to be the model for the comprehensive worldwide mass archiving of communications which NSA is engaged in as of 2013.[204]

BoundlessInformant

Edward Snowden revealed in June 2013 that between February 8 and March 8, 2013, the NSA collected about 124.8 billion telephone data items and 97.1 billion computer data items throughout the world, as was displayed in charts from an internal NSA tool codenamed Boundless Informant. It was reported that some of these data reflected eavesdropping on citizens in countries like Germany, Spain and France.[205]

BoundlessInformant employs big data databases, cloud computing technology, and Free and Open Source Software (FOSS) to analyze data collected worldwide by the NSA.[206]

Bypassing encryption

In 2013, reporters uncovered a secret memo that claims the NSA created and pushed for the adoption of the Dual_EC_DRBG encryption standard that contained built-in vulnerabilities in 2006 to the United States National Institute of Standards and Technology (NIST), and the International Organization for Standardization (aka ISO).[207][208] This memo appears to give credence to previous speculation by cryptographers at Microsoft Research.[209] Edward Snowden claims that the NSA often bypasses encryption altogether by lifting information before it is encrypted or after it is decrypted.[208]

XKeyscore rules (as specified in a file xkeyscorerules100.txt, sourced by German TV stations NDR and WDR, who claim to have excerpts from its source code) reveal that the NSA tracks users of privacy-enhancing software tools, including Tor; an anonymous email service provided by the MIT Computer Science and Artificial Intelligence Laboratory (CSAIL) in Cambridge, Massachusetts; and readers of the Linux Journal.[210][211]

Domestic activity

NSA’s mission, as set forth in Executive Order 12333 in 1981, is to collect information that constitutes “foreign intelligence or counterintelligence” while not “acquiring information concerning the domestic activities of United States persons”. NSA has declared that it relies on the FBI to collect information on foreign intelligence activities within the borders of the United States, while confining its own activities within the United States to the embassies and missions of foreign nations.[212] The appearance of a ‘Domestic Surveillance Directorate’ of the NSA was soon exposed as a hoax in 2013.[213][214]

NSA’s domestic surveillance activities are limited by the requirements imposed by the Fourth Amendment to the U.S. Constitution. The Foreign Intelligence Surveillance Court for example held in October 2011, citing multiple Supreme Court precedents, that the Fourth Amendment prohibitions against unreasonable searches and seizures applies to the contents of all communications, whatever the means, because “a person’s private communications are akin to personal papers.”[215] However, these protections do not apply to non-U.S. persons located outside of U.S. borders, so the NSA’s foreign surveillance efforts are subject to far fewer limitations under U.S. law.[216] The specific requirements for domestic surveillance operations are contained in the Foreign Intelligence Surveillance Act of 1978 (FISA), which does not extend protection to non-U.S. citizens located outside of U.S. territory.[216]

George W. Bush administration

George W. Bush, president during the 9/11 terrorist attacks, approved the Patriot Act shortly after the attacks to take anti-terrorist security measures. Title 1, 2, and 9 specifically authorized measures that would be taken by the NSA. These titles granted enhanced domestic security against terrorism, surveillance procedures, and improved intelligence, respectively. On March 10, 2004, there was a debate between President Bush and White House Counsel Alberto Gonzales, Attorney General John Ashcroft, and Acting Attorney General James Comey. The Attorney Generals were unsure if the NSA’s programs could be considered constitutional. They threatened to resign over the matter, but ultimately the NSA’s programs continued.[217] On March 11, 2004, President Bush signed a new authorization for mass surveillance of Internet records, in addition to the surveillance of phone records.This allowed the president to be able to override laws such as the Foreign Intelligence Surveillance Act, which protected civilians from mass surveillance. In addition to this, President Bush also signed that the measures of mass surveillance were also retroactively in place.[218]

Warrantless wiretaps

On December 16, 2005, The New York Times reported that, under White House pressure and with an executive order from President George W. Bush, the National Security Agency, in an attempt to thwart terrorism, had been tapping phone calls made to persons outside the country, without obtaining warrants from the United States Foreign Intelligence Surveillance Court, a secret court created for that purpose under the Foreign Intelligence Surveillance Act (FISA).[219]

One such surveillance program, authorized by the U.S. Signals Intelligence Directive 18 of President George Bush, was the Highlander Project undertaken for the National Security Agency by the U.S. Army 513th Military Intelligence Brigade. NSA relayed telephone (including cell phone) conversations obtained from ground, airborne, and satellite monitoring stations to various U.S. Army Signal Intelligence Officers, including the 201st Military Intelligence Battalion. Conversations of citizens of the U.S. were intercepted, along with those of other nations.[220]

Proponents of the surveillance program claim that the President has executive authority to order such action, arguing that laws such as FISA are overridden by the President’s Constitutional powers. In addition, some argued that FISA was implicitly overridden by a subsequent statute, the Authorization for Use of Military Force, although the Supreme Court’s ruling in Hamdan v. Rumsfeld deprecates this view. In the August 2006 case ACLU v. NSA, U.S. District Court Judge Anna Diggs Taylor concluded that NSA’s warrantless surveillance program was both illegal and unconstitutional. On July 6, 2007 the 6th Circuit Court of Appeals vacated the decision on the grounds that the ACLU lacked standing to bring the suit.[221]

On January 17, 2006, the Center for Constitutional Rights filed a lawsuit, CCR v. Bush, against the George W. Bush Presidency. The lawsuit challenged the National Security Agency’s (NSA’s) surveillance of people within the U.S., including the interception of CCR emails without securing a warrant first.[222][223]

In September 2008, the Electronic Frontier Foundation (EFF) filed a class action lawsuit against the NSA and several high-ranking officials of the Bush administration,[224] charging an “illegal and unconstitutional program of dragnet communications surveillance,”[225] based on documentation provided by former AT&T technician Mark Klein.[226]

As a result of the USA Freedom Act passed by Congress in June 2015, the NSA had to shut down its bulk phone surveillance program on November 29 of the same year. The USA Freedom Act forbids the NSA to collect metadata and content of phone calls unless it has a warrant for terrorism investigation. In that case the agency has to ask the telecom companies for the record, which will only be kept for six months.

AT&T Internet monitoring

In May 2006, Mark Klein, a former AT&T employee, alleged that his company had cooperated with NSA in installing Narus hardware to replace the FBI Carnivore program, to monitor network communications including traffic between American citizens.[227]

Data mining

NSA was reported in 2008 to use its computing capability to analyze “transactional” data that it regularly acquires from other government agencies, which gather it under their own jurisdictional authorities. As part of this effort, NSA now monitors huge volumes of records of domestic email data, web addresses from Internet searches, bank transfers, credit-card transactions, travel records, and telephone data, according to current and former intelligence officials interviewed by The Wall Street Journal. The sender, recipient, and subject line of emails can be included, but the content of the messages or of phone calls are not.[228]

A 2013 advisory group for the Obama administration, seeking to reform NSA spying programs following the revelations of documents released by Edward J. Snowden.[229] mentioned in ‘Recommendation 30’ on page 37, “…that the National Security Council staff should manage an interagency process to review on a regular basis the activities of the US Government regarding attacks that exploit a previously unknown vulnerability in a computer application.” Retired cyber security expert Richard A. Clarke was a group member and stated on April 11 that NSA had no advance knowledge of Heartbleed.[230]

Illegally obtained evidence

In August 2013 it was revealed that a 2005 IRS training document showed that NSA intelligence intercepts and wiretaps, both foreign and domestic, were being supplied to the Drug Enforcement Administration (DEA) and Internal Revenue Service (IRS) and were illegally used to launch criminal investigations of US citizens. Law enforcement agents were directed to conceal how the investigations began and recreate an apparently legal investigative trail by re-obtaining the same evidence by other means.[231][232]

Barack Obama administration

In the months leading to April 2009, the NSA intercepted the communications of American citizens, including a Congressman, although the Justice Department believed that the interception was unintentional. The Justice Department then took action to correct the issues and bring the program into compliance with existing laws.[233] United States Attorney General Eric Holder resumed the program according to his understanding of the Foreign Intelligence Surveillance Act amendment of 2008, without explaining what had occurred.[234]

Polls conducted in June 2013 found divided results among Americans regarding NSA’s secret data collection.[235] Rasmussen Reports found that 59% of Americans disapprove,[236] Gallup found that 53% disapprove,[237] and Pew found that 56% are in favor of NSA data collection.[238]

Section 215 metadata collection

On April 25, 2013, the NSA obtained a court order requiring Verizon‘s Business Network Services to provide metadata on all calls in its system to the NSA “on an ongoing daily basis” for a three-month period, as reported by The Guardian on June 6, 2013. This information includes “the numbers of both parties on a call … location data, call duration, unique identifiers, and the time and duration of all calls” but not “[t]he contents of the conversation itself”. The order relies on the so-called “business records” provision of the Patriot Act.[239][240]

In August 2013, following the Snowden leaks, new details about the NSA’s data mining activity were revealed. Reportedly, the majority of emails into or out of the United States are captured at “selected communications links” and automatically analyzed for keywords or other “selectors”. Emails that do not match are deleted.[241]

The utility of such a massive metadata collection in preventing terrorist attacks is disputed. Many studies reveal the dragnet like system to be ineffective. One such report, released by the New America Foundation concluded that after an analysis of 225 terrorism cases, the NSA “had no discernible impact on preventing acts of terrorism.”[242]

Defenders of the program say that while metadata alone can’t provide all the information necessary to prevent an attack, it assures the ability to “connect the dots”[243] between suspect foreign numbers and domestic numbers with a speed only the NSA’s software is capable of. One benefit of this is quickly being able to determine the difference between suspicious activity and real threats.[citation needed] As an example, NSA director General Keith Alexander mentioned at the annual Cybersecurity Summit in 2013, that metadata analysis of domestic phone call records after the Boston Marathon bombing helped determine that[clarification needed] another attack in New York was baseless.[243]

In addition to doubts about its effectiveness, many people argue that the collection of metadata is an unconstitutional invasion of privacy. As of 2015, the collection process remains legal and grounded in the ruling from Smith v. Maryland (1979). A prominent opponent of the data collection and its legality is U.S. District Judge Richard J. Leon, who issued a report in 2013[244] in which he stated: “I cannot imagine a more ‘indiscriminate’ and ‘arbitrary invasion’ than this systematic and high tech collection and retention of personal data on virtually every single citizen for purposes of querying and analyzing it without prior judicial approval…Surely, such a program infringes on ‘that degree of privacy’ that the founders enshrined in the Fourth Amendment”.

The PRISM program[edit]

PRISM: a clandestine surveillance program under which the NSA collects user data from companies like Microsoft and Facebook.

Under the PRISM program, which started in 2007,[245][246] NSA gathers Internet communications from foreign targets from nine major U.S. Internet-based communication service providers: Microsoft,[247] Yahoo, Google, Facebook, PalTalk, AOL, Skype, YouTube and Apple. Data gathered include email, video and voice chat, videos, photos, VoIP chats such as Skype, and file transfers.

June 2015 – WikiLeaks: Industrial espionage

In June 2015, Wikileaks published documents, which showed that NSA spied on French companies.[248]

July 2015 – WikiLeaks: Espionage against German federal ministries[edit]

In July 2015, WikiLeaks published documents, which showed that NSA spied on federal German ministries since 1990s.[249][250] Even Germany’s Chancellor Angela Merkel‘s cellphones and phone of her predecessors had been intercepted.[251]

Claims of prevented terrorist attacks

Former NSA director General Keith Alexander claimed that in September 2009 the NSA prevented Najibullah Zazi and his friends from carrying out a terrorist attack.[252] However, this claim has been debunked and no evidence has been presented demonstrating that the NSA has ever been instrumental in preventing a terrorist attack.[253][254][255][256]

Hacking operations

Besides the more traditional ways of eavesdropping in order to collect signals intelligence, NSA is also engaged in hacking computers, smartphones and their networks. These operations are conducted by the Tailored Access Operations (TAO) division.

NSA’s China hacking group

According to the Foreign Policy magazine, “… the Office of Tailored Access Operations, or TAO, has successfully penetrated Chinese computer and telecommunications systems for almost 15 years, generating some of the best and most reliable intelligence information about what is going on inside the People’s Republic of China.”[257][258]

Syrian internet blackout

In an interview with Wired magazine, Edward Snowden said the Tailored Access Operations division accidentally caused Syria‘s internet blackout in 2012.[259]

Suspected responsibility for hacking operations by the Equation Group[edit]

The espionage group named the Equation Group, described by discoverers Kaspersky Labs as one of the most advanced (if not the most advanced) in the world as of 2015,[260]:31 and connected to over 500 malware infections in at least 42 countries over many years, is suspected of being a part of NSA.[261][262] The group’s known espionage methods have been documented to include interdiction (interception of legitimate CDs sent by a scientific conference organizer by mail),[260]:15 and the “unprecedented” ability to infect and be transmitted through the hard drive firmware of several of the major hard drive manufacturers, and create and use hidden disk areas and virtual disk systems for its purposes, a feat demanding access to the manufacturer’s source code of each to achieve.[260]:16–18 The methods used to deploy the tools demonstrated “surgical precision”, going so far as to exclude specific countries by IP and allow targeting of specific usernames on discussion forums.[260]:23–26 The techniques and knowledge used by the Equation Group are considered in summary to be “out of the reach of most advanced threat groups in the world except [this group].[260]:31

Software backdoors

Linux kerne

Linus Torvalds, the founder of Linux kernel, joked during a LinuxCon keynote on September 18, 2013 that the NSA, who are the founder of SELinux, wanted a backdoor in the kernel.[263]However, later, Linus’ father, a Member of the European Parliament (MEP), revealed that the NSA actually did this.[264]

When my oldest son [Linus Torvalds] was asked the same question: “Has he been approached by the NSA about backdoors?” he said “No”, but at the same time he nodded. Then he was sort of in the legal free. He had given the right answer, [but] everybody understood that the NSA had approached him.

— Nils Torvalds, LIBE Committee Inquiry on Electronic Mass Surveillance of EU Citizens – 11th Hearing, 11 November 2013[265]
Microsoft Windows
Main article: _NSAKEY

_NSAKEY was a variable name discovered in Microsoft‘s Windows NT 4 Service Pack 5 (which had been released unstripped of its symbolic debugging data) in August 1999 by Andrew D. Fernandes of Cryptonym Corporation. That variable contained a 1024-bit public key.

IBM Notes

IBM Notes was the first widely adopted software product to use public key cryptography for client–server and server–server authentication and for encryption of data. Until US laws regulating encryption were changed in 2000, IBM and Lotus were prohibited from exporting versions of Notes that supported symmetric encryption keys that were longer than 40 bits. In 1997, Lotus negotiated an agreement with the NSA that allowed export of a version that supported stronger keys with 64 bits, but 24 of the bits were encrypted with a special key and included in the message to provide a “workload reduction factor” for the NSA. This strengthened the protection for users of Notes outside the US against private-sector industrial espionage, but not against spying by the US government.[266][267]

Boomerang routing

While it is assumed that foreign transmissions terminating in the U.S. (such as a non-U.S. citizen accessing a U.S. website) subject non-U.S. citizens to NSA surveillance, recent research into boomerang routing has raised new concerns about the NSA’s ability to surveil the domestic Internet traffic of foreign countries.[18] Boomerang routing occurs when an Internet transmission that originates and terminates in a single country transits another. Research at the University of Toronto has suggested that approximately 25% of Canadian domestic traffic may be subject to NSA surveillance activities as a result of the boomerang routing of Canadian Internet service providers.[18]

Hardware implanting

Intercepted packages are opened carefully by NSA employees
A “load station” implanting a beacon

A document included in NSA files released with Glenn Greenwald‘s book No Place to Hide details how the agency’s Tailored Access Operations (TAO) and other NSA units gain access to hardware. They intercept routers, servers and other network hardware being shipped to organizations targeted for surveillance and install covert implant firmware onto them before they are delivered. This was described by an NSA manager as “some of the most productive operations in TAO because they preposition access points into hard target networks around the world.”[268]

Computers seized by the NSA due to interdiction are often modified with a physical device known as Cottonmouth.[269]Cottonmouth is a device that can be inserted in the USB port of a computer in order to establish remote access to the targeted machine. According to NSA’s Tailored Access Operations (TAO) group implant catalog, after implanting Cottonmouth, the NSA can establish Bridging (networking) “that allows the NSA to load exploit software onto modified computers as well as allowing the NSA to relay commands and data between hardware and software implants.”[270]

Role in scientific research and development[

NSA has been involved in debates about public policy, both indirectly as a behind-the-scenes adviser to other departments, and directly during and after Vice Admiral Bobby Ray Inman‘s directorship. NSA was a major player in the debates of the 1990s regarding the export of cryptography in the United States. Restrictions on export were reduced but not eliminated in 1996.

Its secure government communications work has involved the NSA in numerous technology areas, including the design of specialized communications hardware and software, production of dedicated semiconductors (at the Ft. Meade chip fabrication plant), and advanced cryptography research. For 50 years, NSA designed and built most of its computer equipment in-house, but from the 1990s until about 2003 (when the U.S. Congress curtailed the practice), the agency contracted with the private sector in the fields of research and equipment.[271]

Data Encryption Standard

FROSTBURG was the NSA’s first supercomputer, used from 1991 to 1997

NSA was embroiled in some minor controversy concerning its involvement in the creation of the Data Encryption Standard (DES), a standard and public block cipher algorithm used by the U.S. government and banking community. During the development of DES by IBM in the 1970s, NSA recommended changes to some details of the design. There was suspicion that these changes had weakened the algorithm sufficiently to enable the agency to eavesdrop if required, including speculation that a critical component—the so-called S-boxes—had been altered to insert a “backdoor” and that the reduction in key length might have made it feasible for NSA to discover DES keys using massive computing power. It has since been observed that the S-boxes in DES are particularly resilient against differential cryptanalysis, a technique which was not publicly discovered until the late 1980s, but which was known to the IBM DES team.

The United States Senate Select Committee on Intelligence reviewed NSA’s involvement, and concluded that while the agency had provided some assistance, it had not tampered with the design.[272][273] In late 2009 NSA declassified information stating that “NSA worked closely with IBM to strengthen the algorithm against all except brute force attacks and to strengthen substitution tables, called S-boxes. Conversely, NSA tried to convince IBM to reduce the length of the key from 64 to 48 bits. Ultimately they compromised on a 56-bit key.”[274][275]

Advanced Encryption Standard

The involvement of NSA in the selection of a successor to Data Encryption Standard (DES), the Advanced Encryption Standard (AES), was limited to hardware performance testing (see AES competition).[276] NSA has subsequently certified AES for protection of classified information (for at most two levels, e.g. SECRET information in an unclassified environment[clarification needed]) when used in NSA-approved systems.[277]

NSA encryption systems

STU-III secure telephones on display at the National Cryptologic Museum

The NSA is responsible for the encryption-related components in these legacy systems:

  • FNBDT Future Narrow Band Digital Terminal[278]
  • KL-7 ADONIS off-line rotor encryption machine (post-WWII – 1980s)[279][280]
  • KW-26 ROMULUS electronic in-line teletypewriter encryptor (1960s–1980s)[281]
  • KW-37 JASON fleet broadcast encryptor (1960s–1990s)[280]
  • KY-57 VINSON tactical radio voice encryptor[281]
  • KG-84 Dedicated Data Encryption/Decryption[281]
  • STU-III secure telephone unit,[281] phased out by the STE[282]

The NSA oversees encryption in following systems which are in use today:

The NSA has specified Suite A and Suite B cryptographic algorithm suites to be used in U.S. government systems; the Suite B algorithms are a subset of those previously specified by NIST and are expected to serve for most information protection purposes, while the Suite A algorithms are secret and are intended for especially high levels of protection.[277]

SHA

The widely used SHA-1 and SHA-2 hash functions were designed by NSA. SHA-1 is a slight modification of the weaker SHA-0 algorithm, also designed by NSA in 1993. This small modification was suggested by NSA two years later, with no justification other than the fact that it provides additional security. An attack for SHA-0 that does not apply to the revised algorithm was indeed found between 1998 and 2005 by academic cryptographers. Because of weaknesses and key length restrictions in SHA-1, NIST deprecates its use for digital signatures, and approves only the newer SHA-2 algorithms for such applications from 2013 on.[287]

A new hash standard, SHA-3, has recently been selected through the competition concluded October 2, 2012 with the selection of Keccak as the algorithm. The process to select SHA-3 was similar to the one held in choosing the AES, but some doubts have been cast over it,[288][289] since fundamental modifications have been made to Keccak in order to turn it into a standard.[290] These changes potentially undermine the cryptanalysis performed during the competition and reduce the security levels of the algorithm.[288]

Dual_EC_DRBG random number generator

Main article: Dual_EC_DRBG

NSA promoted the inclusion of a random number generator called Dual_EC_DRBG in the U.S. National Institute of Standards and Technology‘s 2007 guidelines. This led to speculation of a backdoor which would allow NSA access to data encrypted by systems using that pseudo random number generator.[291]

This is now deemed to be plausible based on the fact that the output of the next iterations of the PRNG can provably be determined if the relation between two internal elliptic curve points is known.[292][293] Both NIST and RSA are now officially recommending against the use of this PRNG.[294][295]

Clipper chip

Main article: Clipper chip

Because of concerns that widespread use of strong cryptography would hamper government use of wiretaps, NSA proposed the concept of key escrow in 1993 and introduced the Clipper chip that would offer stronger protection than DES but would allow access to encrypted data by authorized law enforcement officials.[296] The proposal was strongly opposed and key escrow requirements ultimately went nowhere.[297] However, NSA’s Fortezza hardware-based encryption cards, created for the Clipper project, are still used within government, and NSA ultimately declassified and published the design of the Skipjack cipher used on the cards.[298][299]

Perfect Citizen

Main article: Perfect Citizen

Perfect Citizen is a program to perform vulnerability assessment by the NSA on U.S. critical infrastructure.[300][301] It was originally reported to be a program to develop a system of sensors to detect cyber attacks on critical infrastructure computer networks in both the private and public sector through a network monitoring system named Einstein.[302][303] It is funded by the Comprehensive National Cybersecurity Initiative and thus far Raytheon has received a contract for up to $100 million for the initial stage.

Academic research

NSA has invested many millions of dollars in academic research under grant code prefix MDA904, resulting in over 3,000 papers (as of 2007-10-11). NSA/CSS has, at times, attempted to restrict the publication of academic research into cryptography; for example, the Khufu and Khafre block ciphers were voluntarily withheld in response to an NSA request to do so. In response to a FOIA lawsuit, in 2013 the NSA released the 643-page research paper titled, “Untangling the Web: A Guide to Internet Research,[304] ” written and compiled by NSA employees to assist other NSA workers in searching for information of interest to the agency on the public Internet.[305]

Patents

NSA has the ability to file for a patent from the U.S. Patent and Trademark Office under gag order. Unlike normal patents, these are not revealed to the public and do not expire. However, if the Patent Office receives an application for an identical patent from a third party, they will reveal NSA’s patent and officially grant it to NSA for the full term on that date.[306]

One of NSA’s published patents describes a method of geographically locating an individual computer site in an Internet-like network, based on the latency of multiple network connections.[307] Although no public patent exists, NSA is reported to have used a similar locating technology called trilateralization that allows real-time tracking of an individual’s location, including altitude from ground level, using data obtained from cellphone towers.[308]

Legality

File:Ron Wyden and James Clapper - 12 March 2013.webm

Excerpt of James Clapper‘s false testimony to Congress on NSA surveillance programs

In the United States, at least since 2001,[309] there has been legal controversy over what signal intelligence can be used for and how much freedom the National Security Agency has to use signal intelligence.[310] The government has made, in 2015, slight changes in how it uses and collects certain types of data,[311] specifically phone records. President Barack Obama has asked lawyers and his national security team to look at the tactics that are being used by the NSA. President Obama made a speech on January 17, 2014 where he defended the national security measures, including the NSA, and their intentions for keeping the country safe through surveillance. He said that it is difficult to determine where the line should be drawn between what is too much surveillance and how much is needed for national security because technology is ever changing and evolving. Therefore, the laws cannot keep up with the rapid advancements.

President Obama did make some changes to national security regulations and how much data can be collected and surveyed.[citation needed] The first thing he added, was more presidential directive and oversight so that privacy and basic rights are not violated. The president would look over requests on behalf of American citizens to make sure that their personal privacy is not violated by the data that is being requested. Secondly, surveillance tactics and procedures are becoming more public, including over 40 rulings of the FISC that have been declassified.[citation needed] Thirdly, further protections are being placed on activities that are justified under Section 702, such as the ability to retain, search and use data collected in investigations, which allows the NSA to monitor and intercept interaction of targets overseas. Finally, national security letters, which are secret requests for information that the FBI uses in their investigations, are becoming less secretive. The secrecy of the information requested will not be indefinite and will terminate after a set time if future secrecy is not required.[citation needed] Concerning the bulk surveillance of American’s phone records, President Obama also ordered a transition from bulk surveillance under Section 215 to a new policy that will eliminate unnecessary bulk collection of metadata.

As of May 7, 2015, the U.S. Court of Appeals for the Second Circuit ruled that the interpretation of Section 215 of the Patriot Act was wrong and that the NSA program that has been collecting Americans’ phone records in bulk is illegal.[312] It stated that Section 215 cannot be clearly interpreted to allow government to collect national phone data and, as a result, expired on June 1, 2015. This ruling “is the first time a higher-level court in the regular judicial system has reviewed the N.S.A. phone records program.” [313] The new bill getting passed later in May taking its place is known as the U.S.A. Freedom Act, which will enable the NSA to continue hunting for terrorists by analyzing telephone links between callers but “keep the bulk phone records in the hands of phone companies.”[313] This would give phone companies the freedom to dispose the records in an 18-month period. The White House argued that this new ruling validated President Obama’s support of the government being extracted from bulk data collection and giving power to the telecommunications companies.

Previously, the NSA paid billions of dollars to telecommunications companies in order to collect data from them.[314] While companies such as Google and Yahoo! claim that they do not provide “direct access” from their servers to the NSA unless under a court order,[315] the NSA had access to emails, phone calls and cellular data users.[316] With this new ruling, telecommunications companies would not provide the NSA with bulk information. The companies would allow the disposal of data in every 18 months,[313] which is arguably putting the telecommunications companies at a higher advantage.

This ruling made the collecting of phone records illegal, but it did not rule on Section 215’s constitutionality. Senate Majority Leader Mitch McConnell has already put forth a new bill to re-authorize the Patriot Act.[317] Defenders of this surveillance program are claiming that judges who sit on the Foreign Intelligence Surveillance Court (FISC) had ruled 37 times that this kind of collection of data is, in fact, lawful.[317] The FISC is the court specifically mandated to grant surveillance orders in the name of foreign intelligence. The new ruling made by the Second District Court of Appeals now retroactively dismisses the findings of the FISC on this program.

See also

Notes

https://en.wikipedia.org/wiki/National_Security_Agency

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Progressive Interventionist Neoconservative Warmonger Senator John McCain — Let The NATO Nations Defend Themselves and Pay For Their Own Defense — Progressive Democrats and Republicans Have Given The American People The Warfare and Welfare State and Replaced The Constitutional American Republic With A Declining and Falling American Empire of The Two Party Tyranny — $20 Trillion in Debt and Unfunced Liabilities Exceeding $210 Trillion and Growing — A Day of Reckoning — United States Is Bankrupt — Steve Bannon and President Trump Know It — Videos

Posted on March 16, 2017. Filed under: Articles, Banking, Blogroll, Books, Business, Communications, Computers, Congress, conservatives, Constitution, Corruption, Culture, Demographics, Diasters, Documentary, Economics, History of Economic Thought, Investments, Macroeconomics, Microeconomics, Monetary Policy, Money, Non-Fiction, Technology, Unemployment, Video, War, Wealth, Weather, Welfare, Wisdom, World War II, Writing | Tags: , , , , , , , , , , , , , , , , , , , , , , |

 “It is our true policy to steer clear of permanent alliance with any portion of the foreign world”

~George Washington

 “Peace, commerce, and honest friendship with all nations-entangling alliances with none.”

~Thomas Jefferson

Image result for quotes george washington on steer clear of permanent alliancesImage result for quotes george washington on alliances

Image result for NATO map

Image result for NATO list of countries and date joined

Image result for NATO list of countries and date joined

Image result for NATO list of countries and date joined

Image result for NATO list of countries and date joined

Image result for quotes george washington on alliances

Image result for quotes george washington on alliancesImage result for thomas jefferson on debt burdening future generationsImage result for thomas jefferson on debt burdening future generations

National Debt Clock

Image result

Sen McCain on Sen. Paul: “The Senator from Kentucky is now working for Vladimir Putin.” (C-SPAN)

Rand Paul ‘John McCain is proof we need term limits’

[youtube3=https://www.youtube.com/watch?v=AGT4wCmKjas]

RAND PAUL VS. JOHN MCCAIN: RAND REACTS TO MCCAIN’S RUSSIAN AGENT CLAIM!!

Rand Paul: McCain ‘past his prime,’ maybe ‘unhinged’

Pence: Time For Allies To Pay Fair Share For NATO

Other NATO members need to pay their fair share?

Trump complains at NATO countries for not paying defense share

Congressman Ron Paul, MD – We’ve Been NeoConned

Steve Bannon Lays Out His AMAZING Political Philosophy

Published on Nov 18, 2016

Speech by Stephen K. Bannon (Steve Bannon), Donald Trump’s senior strategic advisor and architect of his winning 2016 election. In this speech delivered to the Liberty Restoration Foundation, Bannon layed out the poliitical philosophy both he and Trump embrace, and which appealed to the American people in the election. It is conservative, perhaps explaining why the political liberal left has resorted to evidently incorrect allegations of antisemitism or racism to try to derail his appointment. Bannon was a Hollywood producer who invested in the Seinfeld comedy TV series, and later became the chair of the Brietbart News Service, expanding it into one of the leading news sources nationally, as an alternative to liberal media outlets that previously dominated US media. He joined the Trump campaign in June 2016, leading him to victory and the White House. Do you think that Bannon is racist, as the democrats have alleged?

Deficits, Debts and Unfunded Liabilities: The Consequences of Excessive Government Spending

Uploaded on May 10, 2010

Huge budget deficits and record levels of national debt are getting a lot of attention, but this video explains that unfunded liabilities for entitlement programs are Americas real red-ink challenge. More important, this CF&P mini-documentary reveals that deficits and debt are symptoms of the real problem of an excessive burden of government spending. http://www.freedomandprosperity.org

III – Unfunded Liabilities

Rhett Talks – Is the United States Bankrupt?

Laurence Kotlikoff at MTSU November 5, 2015

‘US hides real debt, in worse shape than Greece’

Unfunded Liabilities: James Cox of Silver Bullion interviews Professor Kotlikoff

The Actual Fiscal Gap Is Approximately $210 Trillion Dollars With All The Unfunded Liabilities, The Average Person, Every Man, Woman, And Child Owes……$666,666.667

8 years ago, when Obama took office, the Debt Clock was at 9 TRILLION Dollars.
Today, the US Debt Clock at almost 20 TRILLION Dollars.
http://www.usdebtclock.org/

This is an 87% increase.

The actual Fiscal Gap is approximately $210 TRILLION Dollars.
with all the unfunded liabilities.

With the population of the US is over 315 MILLION People, this means that the average person, every man, woman, and child owes……$666,666.667

Where does this lead?
Look at Brazil, Argentina, Cyprus, Greece, Italy,……

Who ends up with the bill?
THE TAXPAYER!

http://investmentwatchblog.com/the-actual-fiscal-gap-is-approximately-210-trillion-dollars-with-all-the-unfunded-liabilities-the-average-person-every-man-woman-and-child-owes-666666-667/

17 Nobel Laureates and 1200+ Economists Agree with Ben Carson re U.S. Fiscal Gap

I cover economics, personal, national, and international.

Michelle Lee, a fact checker with the Washington Post, just posted a long and, to my mind, highly political column. Her column, read carefully, undermines Presidential candidate Ben Carson’s absolutely correct claim, made in announcing his candidacy, that the true measure of U.S. fiscal debt is not the $13 trillion our government reports as its debt. Instead, our true debt is over $200 trillion. Obviously, most of this true debt has been kept off the books by our politicians.

In this column, I’m going to defend Dr. Carson’s statement. But I want to point out that I don’t know Dr. Carson. I have never spoken with him. And I don’t yet know enough about Dr. Carson’s positions to have a view about his overall suitability for President. I am, however, impressed that out of the gate he is talking about the right measure of our nation’s fiscal condition.

I spoke at length to Michelle Lee prior to her writing her column. She told me she was a fact checker. But when fact checking turns into disguised political commentary, there’s a problem. Fact checkers are supposed to check the facts with experts. When it comes to economics, the experts are PhD economists, not political organizations or people, without real economics training, parading as economists, both of which she quotes in undermining Dr. Carson’s credibility.

Now let me turn to the substance. In referring to $211 trillion in unfunded mandates, Dr. Carson was referencing my calculation of the U.S. fiscal gap. As I explained in a NY Times op ed, the U.S. fiscal gap is $210 trillion. So Dr. Carson was off by $1 trillion – by less than one half of one percent.

The fiscal gap is the present value of all projected future expenditures less the present value of all projected future taxes. The fiscal gap is calculated over the infinite horizon. But since future expenditures and taxes far off in the future are being discounted, their contribution to the fiscal gap is smaller the farther out one goes. The $210 trillion figure is based on the Congressional Budget Office’s July 2014 Alternative Fiscal Scenario projections, which I extended beyond their 75-year horizon.

Dr. Carson referenced $211 trillion as the size of “unfunded mandates.” Michelle Lee correctly points out that Dr. Carson was referencing the U.S. fiscal gap, not the present value of mandatory spending. What she knew (because I told her), but failed to say, is that the present value of mandatory spending is far larger than $210 trillion because the fiscal gap is a net, not a gross number.

Michelle Lee is not a PhD economist. Nor is Bruce Barlett, whose truly absurd statement about the debt being an asset she quotes. Yes, it’s an asset, but it’s an asset that young and future generations must pay off. Social Security benefits are also an asset to their recipients, but again, they must be paid off by people who aren’t getting the benefits.

Michelle Lee apparently takes Bruce Bartell’s views more seriously than the views of 17 Nobel Laureates in economics and over 1200 PhD economists from MIT, Harvard, Stanford, Chicago, Berkeley, Yale, Columbia, Penn, and lesser known universities and colleges around the country. Each of these economists has endorsed The Inform Act, a bi-partisan bill that requires the CBO, GAO, and OMB to do infinite horizon fiscal gap accounting on a routine and ongoing basis.

https://www.forbes.com/sites/kotlikoff/2015/05/13/17-nobel-laureates-and-1200-economists-agree-with-ben-carson-re-u-s-fiscal-gap/#46c13e954d17

National Debt

What You’ll Find

Comprehensive and meticulously documented facts about the national debt. Learn about various measures of the national debt, contributing factors, consequences, and more. For example:


Citation Generator

Introductory Notes

In keeping with the practice of the Congressional Budget Office and other federal agencies that deal with budget policy, many of the federal debt, spending, and revenue figures in this research are expressed as a portion of gross domestic product (GDP). This is because debates about the size of government and the effects of its debt are frequently centered upon how much of a nation’s economy is consumed by government. This measure also accounts for population growth, some of the effects of inflation, and the relative capacity of government to service its debt.

However, the federal government does not have the entire U.S. economy at its disposal to service federal debt. The private sector, which produces the goods and services that comprise most of the economy, utilizes some of these resources, and local and state governments also consume some of the nation’s GDP. Hence, this research sometimes expresses federal debt as a portion of annual federal revenues. This is a more direct measure of the federal government’s capacity to service its debt.

In keeping with Just Facts’ Standards of Credibility, all graphs in this research show the full range of available data, and all facts are cited based upon availability and relevance, not to slant results by singling out specific years that are different from others.

Click here for a video that summarizes some of the key facts in this research.

Quantifying the National Debt

* As of March 1, 2017, the official debt of the United States government is $19.9 trillion ($19,920,418,771,289).[1] This amounts to:

  • $61,365 for every person living in the U.S.[2]
  • $158,326 for every household in the U.S.[3]
  • 106% of the U.S. gross domestic product.[4]
  • 560% of annual federal revenues.[5]
Debt as a Portion of the Economy

[6]

* Publicly traded companies are legally required to account for “explicit” and “implicit” future obligations such as employee pensions and retirement benefits.[7] [8] [9] The federal budget, which is the “government’s primary financial planning and control tool,” is not bound by this rule.[10] [11]

* At the close of the federal government’s 2016 fiscal year (September 30, 2016), the federal government had roughly:

  • $8.5 trillion ($8,542,000,000,000) in liabilities that are not accounted for in the publicly held national debt, such as federal employee retirement benefits, accounts payable, and environmental/disposal liabilities.[12]
  • $29.0 trillion ($29,038,000,000,000) in obligations for current Social Security participants above and beyond projected revenues from their payroll and benefit taxes, certain transfers from the general fund of the U.S. Treasury, and assets of the Social Security trust fund.[13] [14]
  • $32.9 trillion ($32,900,000,000,000) in obligations for current Medicare participants above and beyond projected revenues from their payroll taxes, benefit taxes, premium payments, and assets of the Medicare trust fund.[15] [16]

* The figures above are determined in a manner that approximates how publicly traded companies are required to calculate their liabilities and obligations.[17] [18] [19] The obligations for Social Security and Medicare represent how much money must be immediately placed in interest-bearing investments to cover the projected shortfalls between dedicated revenues and expenditures for all current participants in these programs (both taxpayers and beneficiaries).[20] [21] [22]

* Combining the figures above with the national debt and subtracting the value of federal assets, the federal government had about $84.3 trillion ($84,306,000,000,000) in debts, liabilities, and unfunded obligations at the close of its 2016 fiscal year.[23]

* This $84.3 trillion shortfall is 93% of the combined net worth of all U.S. households and nonprofit organizations, including all assets in savings, real estate, corporate stocks, private businesses, and consumer durable goods such as automobiles and furniture.[24] [25]

* This shortfall equates to:

  • $260,382 for every person living in the U.S.[26]
  • $670,058 for every household in the U.S.[27]
  • 451% of the U.S. gross domestic product.[28]
  • 2,370% of annual federal revenues.[29]

* These figures do not account for the future costs implied by any current policies except those of the Social Security and Medicare programs.[30]

* These figures are based upon current federal law and “a wide range of complex assumptions” made by federal agencies.[31] Regarding this:

  • The Board of Social Security Trustees has stated that “significant uncertainty” surrounds the “best estimates” of future circumstances.”[32]
  • The Board of Medicare Trustees has stated that the program’s financial projections “are highly uncertain, especially when looking out more than several decades.”
  • The Board of Medicare Trustees has stated that the program’s long-term costs may be “substantially higher” than projected under current law. This is because current law includes the effects of the Affordable Care Act, which will cut Medicare prices for “many” healthcare services to “less than half of their level” under prior law. Per the Trustees:
Absent an unprecedented change in health care delivery systems and payment mechanisms, the prices paid by Medicare for health services will fall increasingly short of the costs of providing these services. … Before such an outcome would occur, lawmakers would likely intervene to prevent the withdrawal of providers from the Medicare market and the severe problems with beneficiary access to care that would result.[33]

Causes of the National Debt

Spending and Taxes

Current Expenditures and Receipts

† To measure the entirety of government expenditures and receipts, “total” instead of “current” figures are preferable, but such data (shown in the next graph) only extends back to 1960.[34]

‡ In 2015, receipts consisted of: 97% taxes; 2% premiums, settlements, donations, fines, fees, & penalties; 1% interest & dividends.[35]

[36]

* Data from the graph above:

Year Receipts
(Portion of GDP)
Expenditures
(Portion of GDP)
1930 3% 3%
1940 8% 9%
1950 16% 16%
1960 17% 17%
1970 17% 20%
1980 19% 22%
1990 18% 22%
2000 20% 19%
2010 16% 25%
2015 19% 22%

Total Expenditures and Receipts

[37]

* Data from the graph above:

Year Receipts
(Portion of GDP)
Expenditures
(Portion of GDP)
1960 18% 19%
1970 18% 21%
1980 19% 23%
1990 18% 22%
2000 20% 19%
2010 16% 27%
2015 19% 22%

Spending Distribution

Current Expenditures by Function

† Social programs include income security, healthcare, education, housing, and recreation.

‡ National defense includes military spending and veterans’ benefits.

§ General government and debt service includes the executive & legislative branches, tax collection, financial management, and interest payments.

# Economic affairs includes transportation, general economic & labor affairs, agriculture, natural resources, energy, and space. (This excludes spending for infrastructure projects such as new highways, which is not accounted for in this graph.[38])

£ Public order and safety includes police, fire, law courts, prisons, and immigration enforcement.

[39]

* Data from the graph above:

Category Portion of Total Federal Spending
1960 1970 1980 1990 2000 2010 2015
Social Programs 21% 32% 45% 44% 54% 61% 63%
National Defense 53% 42% 26% 25% 19% 20% 19%
General Government & Debt Service 19% 18% 21% 25% 21% 13% 13%
Economic Affairs & Infrastructure 6% 7% 7% 5% 5% 4% 4%
Public Order & Safety 0% 0% 1% 1% 1% 1% 1%

Tax Distribution

Effective Tax Rates by Income

NOTE: This data does not account for 7% of federal revenues that could not be allocated to households by income group.

[40]

* Data from the graph above:

Average Effective Federal Tax Burdens (2013)
Income Group Household Income Tax Rate Taxes Paid
Lowest 20% $25,400 3.3% $838
Second 20% $47,400 8.4% $3,982
Middle 20% $69,700 12.8% $8,922
Fourth 20% $103,700 17.0% $17,629
Highest 20% $265,000 26.3% $69,695

* Breakdown of the highest 20%:

Income Group Household Income Tax Rate Taxes Paid
81st – 90th $147,100 20.7% $30,450
91st – 95th $201,400 23.0% $46,322
96th – 99th $326,800 26.3% $85,948
Top 1 % $1,571,600 34.0% $534,344

Consequences

* As detailed in publications of the Congressional Budget Office, the Brookings Institution, and Princeton University Press, the following are some potential consequences of unchecked government debt:

  • reduced “future national income and living standards.”[41] [42] [43]
  • “reductions in spending” on “government programs.”[44]
  • “higher marginal tax rates.”[45]
  • “higher inflation” that increases “the size of future budget deficits” and decreases the “the purchasing power” of citizens’ savings and income.”[46] [47]
  • restricted “ability of policymakers to use fiscal policy to respond to unexpected challenges, such as economic downturns or international crises.”[48]
  • “losses for mutual funds, pension funds, insurance companies, banks, and other holders of federal debt.”[49]
  • increased “probability of a fiscal crisis in which investors would lose confidence in the government’s ability to manage its budget, and the government would be forced to pay much more to borrow money.”[50] [51]

* In 2012, the Journal of Economic Perspectives published a paper about the economic consequences of government debt. Using 2,000+ data points on national debt and economic growth in 20 advanced economies (such as the United States, France, and Japan) from 1800–2009, the authors found that countries with national debts above 90% of GDP averaged 34% less real annual economic growth than when their debts were below 90% of GDP.[52]

* The United States exceeded a debt/GDP level of 90% in the second quarter of 2010.[53]

* Per the textbook Microeconomics for Today:

GDP per capita provides a general index of a country’s standard of living. Countries with low GDP per capita and slow growth in GDP per capita are less able to satisfy basic needs for food, shelter, clothing, education, and health.[54]

* In 2013, the Political Economy Research Institute at the University of Massachusetts, Amherst, published a working paper about the economic consequences of government debt. Using data on national debt and economic growth in 20 advanced economies from 1946-2009, the authors found that countries with national debts over 90% of GDP averaged:

  • 31% less real annual economic growth than countries with debts from 60% to 90% of GDP,
  • 29% less real annual economic growth than countries with debts from 30% to 60% of GDP,
  • and 48% less real annual economic growth than countries with debts from 0% to 30% of GDP.[55]

* The authors of the above-cited papers have engaged in a heated dispute about the results of their respective papers and the effects of government debt on economic growth. Facts about these issues can be found in the Just Facts Daily article, “Do large national debts harm economies?

Politics

Responsibility

* The U.S. Constitution vests Congress with the powers to tax, spend, and pay the debts of the federal government. Legislation to carry out these functions must either be:

  • passed by majorities in both houses of Congress and approved by the President; or
  • passed by majorities in both houses of Congress, vetoed by the President, and then passed by two-thirds of both houses of Congress; or
  • passed by majorities in both houses of Congress and left unaddressed by the President for ten days.[56]

* Other factors impacting the national debt include but are not limited to legislation passed by previous congresses and presidents,[57] economic cycles, terrorist attacks, natural disasters, demographics, and the actions of U.S. citizens and foreign governments.[58]


Current Policies

* In 2014, the Congressional Budget Office (CBO) projected the debt that the U.S. government would accumulate under current federal policies.[59] The projection used the following assumptions:

  • Unemployment will incrementally decline from 6.8% in 2014 to 5.8% in 2018 and 5.3% in 2027, where it will remain thereafter.[60] (For reference, the average of the previous 40 years is 6.5%.[61])
  • GDP growth will incrementally decline from an average rate of 3.4% above the rate of inflation in 2015 to 1.9% in 2021 and remain constant thereafter.[62] (The average of the previous 40 years is 2.9%.[63])
  • Federal revenues (i.e., taxes) will incrementally increase from 17.4% of GDP in 2014 to 18.0% in 2024 and remain constant thereafter.[64] (The average of the previous 40 years is 17.4%.[65])
  • Federal spending will incrementally increase from 20.4% of GDP in 2014 to 23.6% in 2025 and 31.8% in 2040.[66] (The average of the previous 40 years is 20.5%.[67])
  • Payments for Medicare services will undergo scheduled reductions that would likely cause “severe problems with beneficiary access to care.”[68] [69]

* Combining these projections with historical data yields the following results:

Revenues and Spending Under Current Policies

[70]

Debt Under Current Policies

† To measure the entirety of the national debt, it would be preferable to show “gross” debt instead of “publicly held” debt, but this data is not presented in this report. Nonetheless, it would make little difference because the excluded debt primarily resides in federal government trust funds that dwindle and become insolvent during the projection period.[71] Facts regarding why and how the federal government keeps its books in this manner are covered in the section of this research entitled “Government Accounting.”

[72]

* Per CBO, postponing action to stabilize the debt will:

  • punish younger generations of Americans, because most of the burden would fall on them.
  • reward older generations of Americans, because “they would partly or entirely avoid the policy changes needed to stabilize the debt.”
  • “substantially increase the size of the policy adjustments needed to put the budget on a sustainable course.”[73] [74]

* The following Ph.D. economists and political scientists have claimed that the level of national debt during World War II is a good reason to not be overly concerned about the modern national debt:

  • Paul Davidson, editor of the Journal of Post Keynesian Economics and author of The Keynes Solution: The Path to Global Economic Prosperity:[75]
Rather than bankrupting the nation, this large growth in the national debt [during World War II] promoted a prosperous economy. By 1946, the average American household was living much better economically than in the prewar days. Moreover, the children of that Depression–World War II generation were not burdened by having to pay off what then was considered a huge national debt. Instead, for the next quarter century, the economy continued on a path of unprecedented economic growth and prosperity….[76]
  • Douglas J. Amy, professor of politics at Mount Holyoke College:[77]
Conservatives are also wrong when they argue that deficit spending and a large national debt will inevitably undermine economic growth. To see why, we need to simply look back at times when we have run up large deficits and increased the national debt. The best example is World War II when the national debt soared to 120% of GDP—nearly twice the size of today’s debt. This spending not only got us out of the Great Depression but set the stage for a prolonged period of sustained economic growth in the 50s and 60s.[78]
  • Paul Krugman, Nobel Prize-winning economist and Princeton University professor:[79]
Right now, federal debt is about 50% of GDP. So even if we do run these deficits, federal debt as a share of GDP will be substantially less than it was at the end of World War II.
Again, the debt outlook is bad. But we’re not looking at something inconceivable, impossible to deal with; we’re looking at debt levels that a number of advanced countries, the U.S. included, have had in the past, and dealt with.[80]

* In the 40 years that followed the end of World War II (1946–1985):

  • federal spending as a percent of GDP averaged 42% lower than the last year of the war.[81]
  • publicly held debt as a percent of GDP decreased by 72 percentage points.[82]

* In 2010, around the time when the statements above were written, the Congressional Budget Office projected that under current policy and a sustained economic recovery over the next 40 years:

  • federal spending as a percent of GDP will average over 78% higher than in the four decades that followed World War II.[83]
  • publicly held debt as a percent of GDP will rise by 277 percentage points.[84]

Alternative Policies

* As alternatives to the CBO’s current policy projections detailed above, the CBO also ran projections for scenarios such as these:

1) Current law:[85]

  • Federal revenues will incrementally increase from 17.6% of GDP in 2014 to 18.0% in 2020, 19.9% in 2044, and 23.5% in 2084.[86] [87] At this point, federal revenues (i.e., taxes) will be 35% higher than the average of the previous 40 years.[88]
  • Federal spending on all government functions will incrementally increase from 20.4% of GDP in 2014 to 21.5% in 2020, and 26.0% in 2040.[89] At this point, spending will be 27% higher than the average of the previous 40 years.[90]
  • Payments for Medicare services will undergo reductions that will likely cause “severe problems with beneficiary access to care.”[91] [92]

2) Republican Congressman Paul Ryan’s 2014 budget resolution, called the “The Path to Prosperity”:[93]

  • Starting in 2024, Medicare beneficiaries will have a choice to enroll in private plans paid for by Medicare or remain in the traditional Medicare program.[94] Also starting in 2024, the eligibility age for Medicare benefits will incrementally rise to correspond with Social Security’s retirement age.[95] Compared to the projections under the current policy scenario, Medicare spending will be 0.5% lower in 2016, 2% lower in 2020, and 4% lower in 2024.[96]
  • Federal Medicaid spending will be converted to an “allotment that each state could tailor to meet its needs, indexed for inflation and population growth.”[97] The expansion of Medicaid manadated by the Affordable Care Act (a.k.a. Obamacare) will be repealed.[98] Compared to the projections under the current policy scenario, Medicaid spending will be 9% lower in 2016, 19% lower in 2020, and 24% lower in 2024.[99]
  • All federal spending related to Obamacare’s exchange subsidies will be repealed.[100]
  • Spending on all government functions except for interest payments on the national debt will incrementally decline from 18.9% of GDP in 2015 to 16% in 2025 before increasing to 16.4% in 2035.[101] (The average of the previous 40 years is 18.3%).[102]
  • Revenues will increase from 18.2% of GDP in 2015 to 18.4% in 2025, 19% in 2032 and stay constant thereafter.[103] (The average of the previous 40 years is 17.4%.[104])

* Combining historical data on the national debt with CBO’s projections for current policy, current law, and the Ryan plan yields the following results:

Debt Under Different Policies

[105] [106]


Public Opinion

* A poll conducted by NBC News and the Wall Street Journal in February 2011 found that:

  • 80% of Americans are concerned “a great deal” or “quite a bit” about federal budget deficits and the national debt.
  • if the deficit cannot be eliminated by cutting wasteful spending, 35% of Americans prefer to cut important programs while 33% prefer to raise taxes.
  • 22% think cuts in Social Security spending will be needed to “significantly reduce the federal budget deficit,” 49% do not, and 29% have no opinion or are not sure.
  • 18% think cuts in Medicare spending will be needed to “significantly reduce the federal budget deficit,” 54% do not, and 28% have no opinion or are not sure.[107]

* Other than interest on the national debt, most of the long-term growth in federal spending (as a percent of GDP) under the CBO’s current policy and current law scenarios stems from Social Security, Medicare, Medicaid, the Children’s Health Insurance Program, and Affordable Care Act (a.k.a. Obamacare) subsidies.[108]

* A poll conducted in November 2010 by the Associated Press and CNBC found that:

  • 85% of Americans are worried that the national debt “will harm future generations.”
  • 56% think “the shortfalls will spark a major economic crisis in the coming decade.”
  • when asked to choose between two options to balance the budget, 59% prefer to cut unspecified government services, while 30% prefer to raise unspecified taxes.[109]

* A poll conducted in July 2005 by the Associated Press and Ipsos found that:

  • 70% of Americans were worried about the size of the federal deficit.
  • 35% were willing to cut government spending.
  • 18% were willing to raise taxes.
  • 1% were willing to cut government spending and raise taxes.[110]

Congresses

* During the first session of the 113th Congress (January–December 2013), U.S. Representatives and Senators introduced 168 bills that would have reduced spending and 828 bills that would have raised spending.[111]

* The table below quantifies the costs and savings of these bills by political party. This data is provided by the National Taxpayers Union Foundation:

Costs/Savings of Bills Sponsored or Cosponsored

in 2013 by Typical Congressman (in Billions)

Increases Decreases Net Agenda
House Democrats $407 $10 $397
Senate Democrats $22 $3 $18
House Republicans $9 $91 -$83
Senate Republicans $6 $165 -$159

[112] [113]

* Click here to look up any member of Congress and see the annual costs or savings from the legislation he or she has sponsored or cosponsored.

* The table below quantifies the net agendas of the political parties in previous Congresses:

Costs/Savings of Bills Sponsored or Cosponsored in the First

Sessions of Congress by Typical Congressman (in Billions)

2011 2009 2007 2005 2003 2001 1999
House Democrats $497 $500 $547 $547 $402 $262 $34
Senate Democrats $24 $134 $59 $52 $174 $88 $15
House Republicans -$130 -$45 $7 $12 $31 $20 -$5
Senate Republicans -$239 $51 $7 $11 $26 $19 -$324
NOTE: Data not adjusted for inflation.

[114]


Presidents

* In February 2001, Republican President George W. Bush stated:

Many of you have talked about the need to pay down our national debt. I listened, and I agree. We owe it to our children and grandchildren to act now, and I hope you will join me to pay down $2 trillion in debt during the next 10 years. At the end of those 10 years, we will have paid down all the debt that is available to retire. That is more debt, repaid more quickly than has ever been repaid by any nation at any time in history.[115]

* From the time that Congress enacted Bush’s first major economic proposal (June 7, 2001[116]) until the time that he left office (January 20, 2009), the national debt rose from 53% of GDP to 74%, or an average of 2.7 percentage points per year.[117]

* During eight years in office, President Bush vetoed 12 bills, four of which were overridden by Congress and thus enacted without his approval.[118] These bills were projected by the Congressional Budget Office to increase the deficit by $26 billion during 2008–2022.[119]


* In February 2009, Democratic President Barack Obama stated:

I refuse to leave our children with a debt that they cannot repay—and that means taking responsibility right now, in this administration, for getting our spending under control.[120]

* From the time that Congress enacted Obama’s first major economic proposal (February 17, 2009[121]) until September 30, 2016, the national debt rose from 74% of GDP to 105%, or an average of 4.0 percentage points per year.[122]

* As of November 4, 2016, President Obama has vetoed twelve bills, one of which has been overridden by Congress and thus enacted without his approval.[123] This bill is projected by the Congressional Budget Office to “have no significant effect on the federal budget.”[124]

Government Accounting

Trust Funds and the Two Main Categories of Debt

* Some federal programs (such as Social Security) have “trust funds” that are legally separated from the rest of the federal government.[125]

* When these programs spend less than the federal government allocates to them, their surpluses are loaned to the federal government. This creates a legal obligation for the federal government to pay money and interest to these programs, thus adding to the national debt.[126] [127] [128] [129] [130]

* The federal government divides the national debt into two main categories:[131] [132]

  1. Money that it owes to federal entities such as the Social Security program.
  2. Money that it owes to non-federal entities such as individuals, corporations, local governments, and foreign governments.[133] Also, money owed to the Federal Reserve is classified under this category, even though the Federal Reserve is a federal entity.[134] [135]

NOTE: Just Facts has identified numerous instances in which politicians and journalists have used terms that technically refer to the overall national debt, when in fact, they are only referring to a portion of it. In order to clear up some of the confusion this has created, below are common terms for the national debt categorized by their proper meanings:

  • Overall national debt: gross debt, federal debt, public debt[136]
  • Portion of the national debt owed to federal entities: debt held by government accounts, government-held debt, intragovernmental holdings[137] [138] [139]
  • Portion of the national debt owed to non-federal entities: debt held by the public, publicly held debt[140][141]

* On September 30, 2016, the national debt consisted of:

  • $5.4 trillion owed to federal entities
  • $14.2 trillion owed to non-federal entities
  • $19.6 trillion owed in total[142]

* The federal law that governs the repayment of the national debt draws no distinction between the debt owed to federal and non-federal entities. Both must be repaid with interest.[143]

* The White House Office,[144] [145] Congressional Budget Office,[146] and other federal agencies[147] sometimes exclude the debt owed to federal entities in their reckonings of the national debt because this portion of the debt “represents internal transactions of the government and thus has no effect on credit markets.”

* Federal programs to which this money is owed, such as Social Security and Medicare, include this money and the interest it generates in their assets and financial projections.[148] [149] [150]

* In the 2000 presidential race, the Gore-Liebermann campaign released a 192-page economic plan that contains over 150 uses of the word “debt.” In none of these instances does the plan mention or account for any of the debt owed to federal entities.[151] The same plan includes the debt owed to federal entities in the assets of the Social Security and Medicare programs.[152]


“Deficits” and “Surpluses”

* During the federal government’s 2010 fiscal year (October 1, 2009 to September 30, 2010[153]), the national debt rose from $12.0 trillion to $13.6 trillion, thus increasing by $1.6 trillion.[154]

* The White House,[155] USA Today,[156] Reuters,[157] and other government and media entities reported that the 2010 federal “deficit” was $1.3 trillion.

* The difference between the national debt increase of $1.6 trillion and the reported deficit of $1.3 trillion is attributable to the following accounting practices:

  • When calculating the reported deficit, the federal government merges the finances of all federal programs into what is called the “unified budget.” Hence, the deficit does not account for the intergovernmental debt that arises when programs such as Social Security loan their surpluses to the federal government.[158]
  • When the federal government lays out money for programs such as TARP and student loans, the outgo is not fully counted in the deficit. The deficit reflects only what the government expects to lose or gain on these loans.[159] [160]

* PolitiFact, a Pulitzer Prize-winning project of the Tampa Bay Times to “help you find the truth in politics,”[161] has stated that there were “several years of budget surpluses” during Bill Clinton’s presidency. This same article cites the rise in “national debt” during the tenure of George W. Bush.[162]

* Using the same criterion PolitiFact applied to Bush’s presidency (change in gross national debt), the national debt rose every year of Clinton’s presidency:

Year National Debt on Inauguration Date†

(billions)

1993 $4,188
1994 $4,501
1995 $4,797
1996 $4,988
1997 $5,310
1998 $5,496
1999 $5,624
2000 $5,706
2001 $5,728
† NOTE: PolitiFact used the inauguration date for its debt baseline.

The national debt also rose every fiscal year of Clinton’s presidency.

[163] [164]

Ownership

* As of September 30, 2016, the national debt consists of:

Amount Owed To: Portion of Total
$14.2 trillion owed to non-federal entities (i.e., publicly held debt) 72%
$5.4 trillion owed to federal entities (i.e., intragovernmental debt) 28%

[165]


Debt Owed to Non-Federal Entities

* Ownership of publicly held debt as of September 30, 2016:

Debt Owed to Non-Federal Entities

* Data from the chart above:

Entities Amount (billions) Portion of Total
Foreign & International $6,148 45%
Federal Reserve[166] $2,462 18%
Other Investors $1,343 10%
Mutual Funds $1,315 10%
State & Local Governments $687 5%
Banks & Savings Institutions $547 4%
Private Pension Funds $540 4%
Insurance Companies $297 2%
U.S. Savings Bonds $172 1%
State and Local Government Pension Funds $164 1%

[167]


Debt Owed to Foreign Entities

* Per the White House Office of Management and Budget (2016):

During most of American history, the Federal debt was held almost entirely by individuals and institutions within the United States. In the late 1960s, foreign holdings were just over $10 billion, less than 5 percent of the total Federal debt held by the public. Foreign holdings began to grow significantly starting in the 1970s and now represent almost half of outstanding [publicly held] debt.[168]

* Ownership of U.S. government debt by foreign creditors as of August 31, 2016:

Debt Owed to Foreign Entities

* Data from the chart above:

Country Amount (billions) Portion of Total
China, Mainland $1,185 19%
Japan $1,144 18%
Ireland $266 4%
Cayman Islands $264 4%
Brazil $256 4%
Switzerland $238 4%
Luxembourg $220 4%
United Kingdom $205 3%
Hong Kong $192 3%
Taiwan $190 3%
Others $2,037 33%
Total $6,196 100%

[169]

* Foreign purchases of U.S. government debt increase the demand for this debt, thus putting downward pressure on U.S. interest rates. Conversely, foreign sales of U.S. government debt place upward pressure on U.S. interest rates.[170] [171]

* Per a 2008 Congressional Research Service report, a “potentially serious short-term problem would emerge if China decided to suddenly” sell its holding of U.S. government debt. Possible effects could include:

  • “a more general financial reaction (or panic), in which all foreigners responded by reducing their holdings of U.S. assets”;
  • “a sudden and large depreciation in the value of the dollar”;
  • “a sudden and large increase in U.S. interest rates”;
  • a stock market fall; and/or
  • “a recession.”[172]

* The same report states:

The likelihood that China would suddenly reduce its holdings of U.S. securities is questionable because it is unlikely that doing so would be in China’s economic interests. First, a large sell-off of China’s U.S. holdings could diminish the value of these securities in international markets…. Second, such a move would diminish U.S. demand for Chinese imports…. A sharp reduction of U.S. imports from China could have a significant impact on China’s economy….[173]

* During a visit to China in February 2009, Secretary of State Hillary Clinton said:

By continuing to support American Treasury instruments [i.e., buy U.S. government debt] the Chinese are recognizing our interconnection. … We have to incur more debt. It would not be in China’s interest if we were unable to get our economy moving again. … The U.S. needs the investment in Treasury bonds to shore up its economy to continue to buy Chinese products.[174]

* In August 2007 during a currency dispute between the U.S. and China, two leading officials of Chinese Communist Party bodies suggested that China use the threat of selling U.S. debt as a “bargaining chip.”[175]

* In February 2009 during a dispute over U.S. arms sales to Taiwan, a Chinese general made the following statements in the state-run magazine Outlook Weekly:

Our retaliation should not be restricted to merely military matters, and we should adopt a strategic package of counterpunches covering politics, military affairs, diplomacy and economics to treat both the symptoms and root cause of this disease. … [W]e could sanction them using economic means, such as dumping some U.S. government bonds.[176]

* One month later while appearing before China’s parliament, the head of China’s State Administration of Foreign Exchange said:

the U.S. Treasury market is important to us. … This is purely market-driven investment behavior. I would hope not to see this matter politicized.[177]

Debt Owed to Federal Entities

* Ownership of intergovernmental debt as of September 30, 2016:

Debt Owed to Federal Entities

* Data from the chart above:

Funds Amount (billions) Portion of Total
Social Security $2,843 53%
Civil Service Retirement and Disability $874 16%
Military Retirement $591 11%
Medicare $256 5%
Department of Defense Retiree Healthcare $213 4%
Postal Service Retiree Health Benefits $51 1%
Other $572 11%

[178]

Media

Budget Cuts

* In April 2011, journalists reported on a $38 billion federal budget cut agreement with the following headlines and phraseology:

  • “New Cuts Detailed in Agreement for $38 Billion in Reductions”; “deep budget cuts in programs for the poor, law enforcement, the environment and civic projects” – Los Angeles Times[179]
  • “Congress Sends Budget Cut Bill to Obama”; “cutting a record $38 billion from domestic spending” – Associated Press[180]
  • “Budget Deal to Cut $38 Billion Averts Shutdown”; “Republicans were able to force significant spending concessions from Democrats….” – New York Times[181]

* None of these articles reported that this figure of $38 billion in cuts was primarily relative to a portion of the budget called “discretionary non-emergency appropriations.”[182] Relative to the entire federal budget, this cut left a projected spending increase of $135 billion from 2010 to 2011. This equates to an inflation-adjusted increase of $49 billion or 0.1 percentage points of GDP:[183]

Federal Outlays

[184]

* None of the articles quoted above contains a budget-wide frame of reference for the cuts. A spending reduction of $38 billion equates to 1.0% of the estimated 2011 budget or 2.7% of the projected deficit:

Budget Cut

[185]


Bush Tax Cuts

* In February 2010, Fareed Zakaria of CNN stated:

Now, please understand that the Bush tax cuts are the single largest part of the black hole that is the federal budget deficit.[186]

* In 2010, the Bush tax cuts lowered federal revenues by about $283 billion.[187] [188] This was equivalent to 8% of the federal budget or 22% of the deficit.[189]

* Per the Congressional Budget Office (CBO), “Most parameters of the tax code are not indexed for real income growth, and some are not indexed for inflation.” Thus, if tax cuts are not periodically implemented, average federal tax rates “increase in the long run.”[190]

* In 2000, the year before the first Bush tax cuts were passed,[191] the federal government collected revenues equal to 20.4% of the nation’s gross domestic product (GDP), the highest level in the history of the United States.[192] Over the previous 30 years, federal revenues averaged 18.3% of GDP.[193]

* In 2000, the stock market “dot.com” bubble burst,[194] the NASDAQ lost 39% of its value,[195] and profits for nonfinancial corporations fell by 18%.[196] In the first quarter of 2001, the nation’s GDP contracted and a recession began.[197] [198]

* In June 2001 and May 2003, Congress passed and President Bush signed laws that implemented various tax cuts.[199] [200]

* After the Bush tax cuts were fully implemented, federal revenues were 17.8% of GDP in 2005, 18.5% in 2006, and 18.6% in 2007.[201] Average federal revenues for the 30 years preceding the Bush tax cuts were 18.4%.[202]

* The Great Recession began in December 2007,[203] and federal revenues declined to 17.7% of GDP in 2008.[204]

* In February 2009, Congress passed and President Obama signed a law that implemented various tax cuts.[205]

* Federal revenues declined to 15.7% of GDP in 2009 and 16.4% in 2010.[206]

* Federal spending rose from 21.0% of GDP in 2007 to 26.5% in 2010.[207] Average federal spending for the 30 years preceding the Great Recession was 21.8%.[208]


The “Do Nothing” Plan

* In April 2011, Ezra Klein of the Washington Post posted a graph of spending and revenue projections based upon CBO’s “current law” scenario and wrote that it:

shows what happens if we do … nothing. The answer, as you can see, is that the budget comes roughly into balance.[209]

* Klein’s graph and commentary omitted the interest and outcome of the national debt under this plan.[210] In the “do nothing” scenario, outlays were projected to exceed revenues every year through 2084, and the publicly held debt was projected to increase from 62% of GDP in 2010, to 74% in 2030, 90% in 2050, and 113% in 2084.[211]

* In the same commentary, Klein wrote that the “current law” scenario is “a pretty good plan” that contains:

a balanced mix of revenues, through returning tax rates to Clinton-era levels and implementing the taxes in the Affordable Care Act, and program cuts … in Medicare….[212]

* Under this scenario:

  • Certain elements of the tax code are not indexed for inflation or wage growth. Consequently, taxpayers are shifted over time into higher tax brackets.
  • According to the Congressional Budget Office, by 2020 revenues “reach higher levels relative to the size of the economy than ever recorded in the nation’s history.”
  • Revenues as a portion of GDP continue climbing through 2084, rising 69% higher than the average of the past 40 years and 47% higher than ever recorded in the history of the United States.[213] [214]
  • As a portion of GDP, federal spending without interest on the national debt rises by 2084 to 68% higher than the average of the past 40 years.[215]

Context

* Without mentioning the role of Congress in taxes, spending, or the national debt,[216] [217] PolitiFact (in the same article cited above) wrote that the national debt increased by $5.73 trillion “under” George W. Bush whereas there were budget surpluses “at the end of the Clinton administration.”[218]

* Below are the fluctuations in national debt organized by the tenures of recent presidents and congressional majorities:

Political Power

Dates

Average Annual Change in National Debt

(Percentage Points of GDP)

Bill Clinton with Democratic House and Senate 1/20/93 – 1/4/95 0.9
Bill Clinton with Republican House and Senate 1/4/95 – 1/19/01 -1.6
George W. Bush with Republican House and Senate 1/19/01 – 6/6/01, 11/12/02 – 1/4/07 0.8
George W. Bush with Republican House and Democratic Senate 6/6/01 – 11/12/02 2.3
George W. Bush with Democratic House and Senate 1/4/07 – 1/20/09 6.5
Barack Obama with Democratic House and Senate 1/20/09 – 1/4/11 9.3
Barack Obama with Republican House and Democratic Senate 1/5/11 – 1/6/15 1.9

[219]

* Other factors impacting the national debt include but are not limited to: legislation passed by previous congresses and presidents,[220] economic cycles, terrorist attacks, natural disasters, demographics, and the actions of U.S. citizens and foreign governments.[221]

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The Real Reason Hillary Clinton Lost — Adorable Deplorable Deviants (ADDs) Defeated Democrats — Narcissism Defeated Clinton — Videos

Posted on February 9, 2017. Filed under: Articles, Blogroll, Communications, Computers, Congress, Constitution, Corruption, Crime, Crisis, Cult, Culture, Entertainment, Fraud, Illegal, Immigration, Law, Legal, liberty, Life, Links, media, Money, Movies, Newspapers, People, Philosophy, Photos, Police, Political Correctness, Politics, Presidential Candidates, Press, Radio, Radio, Rants, Raves, Sociology, Strategy, Talk Radio, Taxation, Taxes, Television, Unemployment, Video, War, Wealth, Weather, Welfare, Wisdom, Work, Writing | Tags: , , , , , , , , , , , , , , , |

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Clinton: Trump supporters in ‘basket of deplorables…

Trump supporter leaves CNN anchor speechless

Jon Lovitz Appears as the Pathological Liar on Johnny Carson’s Tonight Show

Comic Relief “John Lovitz” Stand Up Comedy

Donald Trump Campares Hillary DNC to Jon Lovitz Comedy

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How to Identify a SOCIOPATH

7. Frequent and Compulsive Lying

Coming up:

10. Surface Charm and Glibness
9. Egoism and Grandiosity
8. High Sensation Seeker
7. Frequent and Compulsive Lying
6. No Guilt or Sense of Responsibility
5. Shallow Emotions
4. Empathy-free
3. Trivial Sexual Life
2. Conduct Problems Prior to Age 15
1. Sadism and Mind Games

The Sociopath

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Donald Trump = Sociopath

Is Donald Trump a Successful Psychopath?? (Use the Checklist!) The Psychopath Next Door

The Untruth About Donald Trump

The Truth About The Donald Trump Controversy

Why Donald Trump Won | Bill Mitchell and Stefan Molyneux

Victor Davis Hanson – The Mythologies of the 2016 Election

The language of lying — Noah Zandan

Psychopaths vs Sociopaths: What is the difference between a psychopath and a sociopath?

The psychology of narcissism – W. Keith Campbell

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All Narcissists Are Pathological Liars

Trump: Narcissist in the White House?

Published on May 6, 2016

Full text: http://gulagbound.com/51301/how-bad-a…

Trump regards himself as omniscient, an authority on anything and everything, from aesthetics to ethics. He, therefore, lacks intellectual curiosity and regards outside advice as both superfluous and injurious (because it implies that he is less than perfect). He is likely to surround himself with timid yesmen and sycophantic acolytes and generate an impregnable echo chamber rather than a council of wise men and women.

Trump’s grasp of nuanced reality, weak as it already is, is likely to deteriorate further to the point of paranoid psychosis. Faced with opposition, however tenuous, he is likely to react by scapegoating and by inciting street or state violence against targeted groups. Trump is the state, so his enemies (anyone who as much as voices doubt or disagrees with him) is, by definition, an enemy of the state.

Owing to his self-perceived innate superiority, Trump regards himself as above and transcending laws made by lesser mortals. Laws are meant to trap and ensnare giants like him, to drag him down to the pedestrian level of mediocrity. He plays by the rules only when and if they accord with his predilections and self-interest.

Like all narcissists, Trump believes that he is universally loved, adored, and admired. He attributes this ostensible (and utterly delusional) blanket approbation to his effusive charm and irresistibility. He is firmly convinced that he can motivate people to transgress against their own moral convictions and to break the law, if necessary, just by the sheer force of his monumental personality. Trump idealizes and then rapidly devalues people, collectives, and institutions. Trump is in sempiternal flux: he is inconstant in his judgements, opinions, views, and fleeting attachments.

Trump is intellectually lazy, so he is a firm adherent of shortcuts and of “fake it till you make it”. It is a dangerous approach that led him to botch numerous business deals and inflict untold damage and suffering on thousands of people.

Trump is authoritarian in the worst sense of the word. In his disordered, chaotic mind, he is infallible (incapable of erring), omnipotent (can achieve anything if he just sets his mind to it), and omniscient (needs to learn nothing as he is the fount of all true, intuitive knowledge). This precludes any proper team work, orderly governance, institutional capacity, flow of authority and responsibility, and just plain structure. Trump is an artist, led by inconsistent and intermittent inspiration, not by reliable, old-fashioned perspiration. He is not a self-made man, but a self-conjured caricature of a self-made man. Trump is guided by his alleged inner divine wisdom. He is a malevolent guru and cult leader, not a politician or a statesman.

Ironically, Trump’s much trumpeted grandiosity is fragile because it is based on delusional and fantastic assumptions of perfection and intellectual brilliance which are hard to defend. Hence Trump’s relentless and compulsive pursuit of affirmation and adulation. He needs to be constantly idolized just to feel half human. Criticism and disagreement, however minor and well-intentioned, are perceived as unmitigated threats to the precarious house of cards that is Trump’s personality. Consequently, Trump is sadistically vindictive, aiming not just to counter such countervailing opinions regarding his Godlike status, but to deter and intimidate future critics.

Finally, aiming to disavow his own fragility and the indisputable fact that his public persona is nothing but a fabrication, Trump ostentatiously and volubly abhors and berates the weak, the meek, “losers”, “haters” (of which is a prime example), the disabled, women, minorities, and anyone else who might remind him by their very existence of how far from perfect and brilliant he is. The public Trump is about hatred, resentment, rage, envy, and other negative emotions because he is mercilessly driven by these very demons internally. Trump’s quotidien existence is a Kafkaesque trial in which he stands accused of being a mere, average, not-too-bright, mortal and is constantly found wanting and guilty as charged. His entire life is a desperate, last ditch attempt to prove wrong the prosecution in this never-ending courtroom drama.

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Chris Heffelfinger — Radical Islam in America: Salafism’s Journey from Arabia to the West — Videos

Posted on February 7, 2017. Filed under: American History, Blogroll, Books, Catholic Church, Communications, Computers, Congress, Constitution, Corruption, Crime, Documentary, Employment, Federal Bureau of Investigation (FBI), Foreign Policy, Freedom, government spending, history, Illegal, Immigration, Islam, Islam, Language, Law, Legal, liberty, Life, Middle East, National Security Agency (NSA_, Non-Fiction, People, Philosophy, Photos, Police, Politics, Rants, Raves, Religion, Religious, Shite, Speech, Sunni, Talk Radio, Taxation, Taxes, Video, Wealth, Welfare, Wisdom, Writing | Tags: , , , , , , , , , , , , , , |

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The True Origins of Isis Ideology (Wahhabism/Salafism)

The birth of Wahhabism and the house of Saud

What is a Wahhabi and What is Wahhabism?

Wahhabism Explained

Wahhabism: The School of Ibn Taymiyyah – The Root of Terrorism?

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100% Video Proof of Radical Muslim Terrorist Training Camps in America – Bill O’Reilly

Seymour Hersh’s Latest Bombshell: U.S. Military Undermined Obama on Syria with Tacit Help to Assad

Published on Dec 22, 2015

A new report by the Pulitzer-winning veteran journalist Seymour Hersh says the Joints Chiefs of Staff has indirectly supported Bashar al-Assad in an effort to help him defeat jihadist groups. Hersh reports the Joint Chiefs sent intelligence via Russia, Germany and Israel on the understanding it would be transmitted to help Assad push back Jabhat al-Nusra and the Islamic State. Hersh also claims the military even undermined a U.S. effort to arm Syrian rebels in a bid to prove it was serious about helping Assad fight their common enemies. Hersh says the Joints Chiefs’ maneuvering was rooted in several concerns, including the U.S. arming of unvetted Syrian rebels with jihadist ties, a belief the administration was overly focused on confronting Assad’s ally in Moscow, and anger the White House was unwilling to challenge Turkey and Saudi Arabia over their support of extremist groups in Syria. Hersh joins us to detail his claims and respond to his critics.

British Empire Created Radical Islam

Published on Mar 29, 2016

The Salafist and jihadist ideology behind terror attacks in Brussels, Paris and San Bernardino is a product of Wahhabism, an offshoot of Sunni Islam and the official religion of Saudi Arabia.

Prior to the 9/11 attacks Wahhabism had at best a marginal footprint in the United States. “80 percent of the 1,200 mosques operating in the US were constructed after 2001, more often than not with Saudi financing,” notes World Affairs. “As a result, Wahhabi influence over Islamic institutions in the US was considerable by 2003, according to testimony before the US Senate. Hundreds of publications, published by the Saudi government and its affiliates, and filled with intolerance toward Christians, Jews, and other Americans, had been disseminated across the country by 2006.”

The Saudis have spent billions to propagate the intolerant and hateful ideology of Wahhabism. “Between 1975 and 1987, the Saudis admit to having spent $48 billion or $4 billion per year on ‘overseas development aid,’ a figure which by the end of 2002 grew to over $70 billion (281 billion Saudi rials). These sums are reported to be Saudi state aid and almost certainly do not include private donations which are also distributed by state-controlled charities. Such staggering amounts contrast starkly with the $5 million in terrorist accounts the Saudis claim to have frozen since 9/11,” writes Alex Alexiev.

The US government has encouraged the spread of radical Wahhabism by coddling the Saudi Arabian government and insisting America shares a “special relationship” with the kingdom. The blind eye turned toward Saudi Arabia and its deplorable record in human rights was demonstrated when it was elected to the UN Human Rights Council (in fairness, the vote is primarily the fault of the UK—the British government also shares a “special relationship” with the medieval kings of Saudi Arabia and has allowed the virus of Wahhabism to spread in Britain, hence the term “Londonistan”).
http://www.infowars.com/ted-cruz-igno…

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Trump Selects Former Indiana Senator Dan Coats for National Intelligence Director — Is Julian Assange A Russian Cuttout? — American People Rejected Clinton and Obama — Videos

Posted on January 5, 2017. Filed under: American History, Articles, Blogroll, Communications, Computers, Congress, Constitution, Corruption, Crime, Defense Intelligence Agency (DIA), Documentary, Education, Elections, Employment, Faith, Family, Federal Government, Foreign Policy, Freedom, government, government spending, history, Illegal, Immigration, Law, Legal, liberty, Life, Links, Literacy, media, Music, National Security Agency (NSA), Newspapers, Photos, Police, Politics, Presidential Candidates, Radio, Rants, Raves, Television, Water, Wealth | Tags: , , , , , , , , , , |

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Tribute To Entrepreneurs — Restoring The American Dream — Videos

Posted on October 11, 2016. Filed under: American History, Banking, Blogroll, Business, College, Communications, Computers, Computers, Constitution, Economics, Education, Employment, Faith, Family, Federal Government Budget, Fiscal Policy, Food, Freedom, Friends, history, History of Economic Thought, Law, Life, Macroeconomics, media, Microeconomics, Monetary Policy, Money, Money, People, Philosophy, Photos, Raves, Raymond Thomas Pronk, Strategy, Tax Policy, Taxation, Taxes, Technology, Television, Unemployment, Video, Wealth, Welfare, Wisdom, Work | Tags: , , , , , , , , , , , , , , , , , , , , , , |

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Edward Snowden — Videos

Posted on September 21, 2016. Filed under: American History, Blogroll, Central Intelligence Agency (CIA), College, Communications, Computers, Computers, Congress, Constitution, Corruption, Crime, Defense Intelligence Agency (DIA), Defense Intelligence Agency (DIA), Documentary, Drones, Education, External Hard Drives, Federal Bureau of Investigation (FBI), Federal Bureau of Investigation (FBI), Federal Government, Foreign Policy, Freedom, government spending, history, Investments, Language, Law, liberty, Life, Links, Literacy, media, Media Streamers, Mobile Phones, Money, National Security Agency (NSA), National Security Agency (NSA_, People, Philosophy, Photos, Police, Political Correctness, Politics, Psychology, Raves, Raymond Thomas Pronk, Regulations, Resources, Spying, Strategy, Systems, Talk Radio, Technology, Television, Terrorism, Video, War, Wealth, Weapons, Welfare, Wisdom, Work, Writing | Tags: , , , , , , , , , , , , , , , , , |

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Lawrence B. Lindsey — The Growth Experiment Revisited: Why Lower, Simpler Taxes Really Are The Best Hope For Recover — Videos

Posted on September 18, 2016. Filed under: Articles, Banking, Books, Business, Communications, Computers, Congress, Constitution, Corruption, Crisis, Economics, Education, Elections, Employment, Federal Government Budget, Fiscal Policy, Freedom, government, History of Economic Thought, Illegal, Immigration, Inflation, Law, Legal, liberty, Life, Links, Literacy, Macroeconomics, Microeconomics, Monetary Policy, Money, Non-Fiction, People, Philosophy, Photos, Raves, Tax Policy, Trade Policiy, Video, Wealth, Welfare, Wisdom, Writing | Tags: , , , , , , , , , |

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Lawrence B. Lindsey

From Wikipedia, the free encyclopedia
Lawrence B. Lindsey
Director of the National Economic Council
In office
January 20, 2001 – December 12, 2002
President George W. Bush
Preceded by Gene Sperling
Succeeded by Steve Friedman
Personal details
Born July 18, 1954 (age 62)
Peekskill, New York, U.S.
Political party Republican
Spouse(s) Susan Lindsey
Children 3
Alma mater Bowdoin College
Harvard University

Lawrence B. Lindsey was director of the National Economic Council (2001–2002), and the assistant to the president on economic policy for the U.S. President George W. Bush. He played a leading role in formulating President Bush’s $1.35 trillion tax cut plan, convincing candidate Bush that he needed an “insurance policy” against an economic turndown. He left the White House in December 2002 and was replaced by Stephen Friedman after a dispute over the projected cost of the Iraq War. Lindsey estimated the cost of the Iraq War could reach $200 billion, while Defense Secretary Donald Rumsfeld estimated that it would cost less than $50 billion.[1]

Biography and achievements

Lindsey was born on July 18, 1954 in Peekskill, New York. He graduated from Lakeland Senior High School in Shrub Oak, New York in 1972. An alumnus of Alpha Rho Upsilon fraternity at Bowdoin College, he received his A.B. magna cum laude and Phi Beta Kappa from Bowdoin and his A.M. and Ph.D. in economics from Harvard University.

He is the author of The Growth Experiment: How the New Tax Policy is Transforming the U.S. Economy (Basic Books, New York, 1990, ISBN 978-0465050703), Economic Puppetmasters: Lessons from the Halls of Power (AEI Press, Washington, D.C., 1999, ISBN 978-0844740812), What A President Should Know …but most learn too late: An Insiders View On How To Succeed In The Oval Office (Rowman & Littlefield Publishers, Inc., Maryland, 2008, ISBN 978-0742562226), and Conspiracies of the Ruling Class: How to Break Their Grip Forever (Simon & Schuster, 2016, ISBN 978-1501144233). Also he has contributed numerous articles to professional publications. His honors and awards include the Distinguished Public Service Award of the Boston Bar Association, 1994; an honorary degree from Bowdoin College, 1993; selection as a Citicorp/Wriston Fellow for Economic Research, 1988; and the Outstanding Doctoral Dissertation Award from the National Tax Association, 1985.

During the Reagan Administration, he served three years on the staff of the Council of Economic Advisers as Senior Staff Economist for Tax Policy. He then served as Special Assistant to the President for Policy Development during the first Bush administration

Lindsey served as a Member of the Board of Governors of the Federal Reserve System for five years from November 1991 to February 1997. Additionally, Lindsey was Chairman of the Board of the Neighborhood Reinvestment Corporation, a national public/private community redevelopment organization, from 1993 until his departure from the Federal Reserve.

From 1997 to January 2001, Lindsey was a Resident Scholar and holder of the Arthur F. Burns Chair in Economics at the American Enterprise Institute in Washington, D.C. He was also Managing Director of Economic Strategies, an economic advisory service based in New York City. During 1999 and throughout 2000 he served as then-Governor George W. Bush’s chief economic advisor for his presidential campaign. He is a former associate professor of Economics at Harvard University.

Lindsey is Chief Executive Officer of the Lindsey Group, which he runs with a former colleague from the National Economic Council and writes for The Wall Street Journal, Weekly Standard and other publications. He is a visiting scholar at the American Enterprise Institute.

Controversies

Lindsey is famous for spotting the emergence of the late 1990s U.S. stock market bubble back in 1996 while a Governor of the Federal Reserve. According to the meeting transcripts for September of that year, Lindsey challenged the expectation that corporate earnings would grow 11½ percent a year continually. He said, “Readers of this transcript five years from now can check this fearless prediction: profits will fall short of this expectation.” According to the Bureau of Economic Analysis, corporate profits as a share of national income eroded from 1997 until 2001. Stock prices eventually collapsed, starting their decline in March 2000, though the S&P500 remained above its 1996 level, casting doubt on the assertion that there was a stock market bubble in 1996.

In contrast to Chairman Greenspan, Lindsey argued that the Federal Reserve had an obligation to prevent the stock market bubble from growing out of control. He argued that “the long term costs of a bubble to the economy and society are potentially great…. As in the United States in the late 1920s and Japan in the late 1980s, the case for a central bank ultimately to burst that bubble becomes overwhelming. I think it is far better that we do so while the bubble still resembles surface froth and before the bubble carries the economy to stratospheric heights.” During the 2000 Presidential campaign, Governor Bush was criticized for picking an economic advisor who had sold all of his stock in 1998.[citation needed]

According to the Washington Post,[2] Lindsey was on an advisory board to Enron along with Paul Krugman before joining the White House. Lindsey and his colleagues warned Enron that the economic environment was riskier than they perceived.

Cost of the Iraq War

On September 15, 2002, in an interview with the Wall Street Journal, Lindsey estimated the high limit on the cost of the Bush administration’s plan in 2002 of invasion and regime change in Iraq to be 1–2% of GNP, or about $100–$200 billion.[3][4] Mitch Daniels, Director of the Office of Management and Budget, discounted this estimate as “very, very high” and Defense Secretary Donald Rumsfeld stated that the costs would be under $50 billion.[1] Rumsfeld called Lindsey’s estimate “baloney”.[5]

As of 2007 the cost of the invasion and occupation of Iraq exceeded $400 billion, and the Congressional Budget Office in August 2007 estimated that appropriations would eventually reach $1 trillion or more.[6]

In October 2007, the Congressional Budget Office estimated that by 2017, the total costs of the wars in Iraq and Afghanistan could reach $2.4 trillion. In response, Democratic Representative Allen Boyd criticized the administration for firing Lindsey, saying “They found him a job outside the administration.”[7]

References

  1. ^ Jump up to:a b Wolk, Martin (2006-05-17). “Cost of Iraq war could surpass $1 trillion”. MSNBC. Retrieved 2008-03-10. Back in 2002, the White House was quick to distance itself from Lindsey’s view. Mitch Daniels, director of the White House budget office, quickly called the estimate “very, very high.” Lindsey himself was dismissed in a shake-up of the White House economic team later that year, and in January 2003, Defense Secretary Donald Rumsfeld said the budget office had come up with “a number that’s something under $50 billion.” He and other officials expressed optimism that Iraq itself would help shoulder the cost once the world market was reopened to its rich supply of oil.
  2. Jump up^ Once a Friend and Ally, Now a Distant Memory. Washington Post
  3. Jump up^ Davis, Bob (September 16, 2002). “Bush Economic Aide Says the Cost Of Iraq War May Top $100 Billion”. The Wall Street Journal. Reprinted in Congressional Record, vol. 148, issue 117, 107th Congress, pp. S8643-S8644.[dead link]
  4. Jump up^ Engel, Matthew (September 17, 2002). “Cost of war put at $200bn, but that’s nothing, says US adviser”. The Guardian. Retrieved July 23, 2011.
  5. Jump up^ Bryne, John (2008-03-18). “Price of Iraq war now outpaces Vietnam”. The Raw Story. Archived from the original on 2008-03-21. Retrieved 2008-03-18.
  6. Jump up^ Bender, Bryan (2007-08-01). “Analysis says war could cost $1 trillion”. The Boston Globe. Retrieved 2008-03-10.
  7. Jump up^ “Congress told of war costs up to $2.4 trillion by 2017”. The Register-Guard. October 25, 2007. Retrieved 2007-10-25.[dead link]

External links

Political offices
Preceded by
Gene Sperling
Director of the National Economic Council
2001–2002
Succeeded by
Steve Friedman
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Thomas F. Madden — Empires of Trust: How Rome Built and Amerca Is Building A New World — Chalmers Johnson — Dismantling The Empire: America’s Last Best Hope — Videos

Posted on July 26, 2016. Filed under: American History, Banking, Blogroll, Books, British History, College, Communications, Computers, Computers, Congress, Corruption, Crisis, Diasters, Documentary, Economics, Education, Employment, European History, Federal Government, Federal Government Budget, Fiscal Policy, Foreign Policy, Freedom, Friends, government, government spending, history, Illegal, Immigration, Language, Law, Legal, liberty, Life, Links, Macroeconomics, media, Microeconomics, Middle East, Monetary Policy, Money, National Security Agency (NSA), Non-Fiction, People, Philosophy, Photos, Politics, Private Sector, Public Sector, Rants, Raves, Raymond Thomas Pronk, Strategy, Talk Radio, Tax Policy, Taxation, Taxes, Technology, Terrorism, Trade Policiy, Unemployment, Unions, Video, War, Wealth, Welfare, Wisdom | Tags: , , , , , , |

“A nation can be one or the other, a democracy or an imperialist, but it can’t be both.

If it sticks to imperialism, it will, like the old Roman Republic, on which so much of our system was modeled, lose its democracy to a domestic dictatorship.”

~ Chalmers Johnson

(1931-2010)

empires of trustjpgmadden 2thomas f maddendismantling_the_empirenemisis_12the sorrows of empireblowbackchalmers_johnson

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Thomas Madden

From Wikipedia, the free encyclopedia
For other people named Thomas Madden, see Thomas Madden (disambiguation).
Thomas F. Madden
Madden2012.JPG

Madden, 2012
Born 1960
Residence St. Louis, Missouri
Nationality US
Alma mater University of New Mexico,University of Illinois
Occupation Historian
Employer Saint Louis University
Known for Crusades historian, Venicehistorian
Title Professor of History, Director of the Center for Medieval and Renaissance Studies, SLU
Website http://www.thomasmadden.org

Thomas F. Madden (born 1960) is an American historian, a former Chair of the History Department at Saint Louis University in St. Louis, Missouri, and Director of Saint Louis University’s Center for Medieval and Renaissance Studies.[1] A specialist on the Crusades, he has often commented in the popular media after the events of September 11, to discuss topics such as how Muslims have viewed the medieval Crusades and their parallels to today’s interventions in the Middle East.[2][3][4][5] He has frequently appeared in the media, as a consultant for various programs on the History Channel and National Public Radio.[6] In 2007, he was awarded the Haskins Medal from the Medieval Academy of America, for his book Enrico Dandolo and the Rise of Venice, also a “Book of the Month” selection by the BBC History magazine. In 2012, he was named a Fellow of theJohn Simon Guggenheim Memorial Foundation.

Biography

Madden received his bachelor’s degree from the University of New Mexico in 1986, and his Masters (1990) and PhD (1993) degrees in History from the University of Illinois.

Madden is active in the Society for the Study of the Crusades in the Latin East,[7] and organizes panels for the Annual Symposium on Medieval and Renaissance Studies in Saint Louis, Missouri.[8] He is the Director of the Crusades Studies Forum and the Medieval Italy Prosopographical Database Project, both housed at Saint Louis University.

Awards

Writing

Madden has written numerous books and journal articles, including the “Crusades” entry for the Encyclopædia Britannica. His research specialties are ancient and medieval history, including the Fourth Crusade, as well as ancient and medieval Italian history. His 1997 book The Fourth Crusade: The Conquest of Constantinople was a selection of the History Book Club. He is also known for speaking about the ways that the history of the Crusades is often used for manipulation of modern political agendas.[13] His book, The New Concise History of the Crusades has been translated into seven foreign languages.

His book Enrico Dandolo and the Rise of Venice won multiple awards, including the 2007 Haskins Medal from the Medieval Academy of America and the Otto Gründler Prize from the Medieval Institute.[9][10] According to the Medieval Review, with this book “Madden more than ever stakes out his place as one of the most important medievalists in America at present.”[14]

His 2008 book, Empires of Trust, was a comparative study that sought elements in historic republics that led to the development of empires. In the case of Rome, he argued that their citizens and leaders acquired a level of trust among allies and potential enemies that was based upon an unusual rejection of hegemonic power. His most recent book, Venice: A New History is the culmination of decades of work in the archives and libraries of Venice.

Books

  • Venice: A New History, 2012, Viking
  • Crusades: Medieval Worlds in Conflict, 2010 Ashgate
  • Empires of Trust, 2008, Dutton/Penguin
  • The Fourth Crusade: Event, Aftermath, and Perceptions, 2008, Ashgate
  • Crusades: The Illustrated History, 2005, University of Michigan Press
  • Enrico Dandolo and the Rise of Venice, 2003, Johns Hopkins University Press
  • The Crusades: The Essential Readings, 2002, Blackwell
  • The New Concise History of the Crusades, 1999, Rowman & Littlefield
  • Medieval and Renaissance Venice, 1999, University of Illinois Press
  • The Fourth Crusade: The Conquest of Constantinople, 1997, University of Pennsylvania Press

Select popular articles

Select scholarly articles

  • “The Venetian Version of the Fourth Crusade: Memory and the Conquest of Constantinople in Medieval Venice,” Speculum 87 (2012): 311-44.
  • “The Latin Empire of Constantinople’s Fractured Foundation: The Rift Between Boniface of Montferrat and Baldwin of Flanders,” in The Fourth Crusade: Event, Aftermath, and Perceptions (Brookfield: Ashgate Publishing, 2008): 45-52.
  • “Food and the Fourth Crusade: A New Approach to the ‘Diversion Question,'” in Logistics of Warfare in the Age of the Crusades, John H. Pryor, ed. (Brookfield: Ashgate Publishing, 2006): 209-28.
  • “Venice, the Papacy, and the Crusades before 1204,” in The Medieval Crusade, Susan J. Ridyard, ed. (Woodbridge: Boydell and Brewer, 2004): 85-95.
  • “The Enduring Myths of the Fourth Crusade,” World History Bulletin 20 (2004): 11-14.
  • “The Chrysobull of Alexius I Comnenus to the Venetians: The Date and the Debate,” Journal of Medieval History 28 (2002): 23-41.
  • “Venice’s Hostage Crisis: Diplomatic Efforts to Secure Peace with Byzantium between 1171 and 1184,” in Ellen E. Kittell and Thomas F. Madden, eds., Medieval and Renaissance Venice (Urbana: University of Illinois Press, 1999): 96-108.
  • “Outside and Inside the Fourth Crusade,” The International History Review 17 (1995): 726-43.
  • “Venice and Constantinople in 1171 and 1172: Enrico Dandolo’s Attitude towards Byzantium,” Mediterranean Historical Review 8 (1993): 166-85.
  • “Vows and Contracts in the Fourth Crusade: The Treaty of Zara and the Attack on Constantinople in 1204,” The International History Review 15 (1993): 441-68.
  • “Father of the Bride: Fathers, Daughters, and Dowries in Late Medieval and Early Renaissance Venice,” Renaissance Quarterly 46 (1993): 685-711. (with Donald E. Queller)
  • “The Fires of the Fourth Crusade in Constantinople, 1203-1204: A Damage Assessment,” Byzantinische Zeitschrift 84/85 (1992): 72-93.
  • “The Serpent Column of Delphi in Constantinople: Placement, Purposes, and Mutilations,” Byzantine and Modern Greek Studies 16 (1992): 111-45.

Recorded lectures

History Channel documentaries

Notes

  1. Jump up^ Townsend, Tim (December 1, 2007). “Louis IX’s spirit of charity lives on in work of a city church”. St. Louis Post-Dispatch.
  2. Jump up^ Thompson, Bob (May 9, 2005). “How Muslims View the Crusades”. Washington Post.
  3. Jump up^ Mahoney, Dennis M. (May 6, 2005). “New view of Crusades abandons simple stereotypes”. Columbus Dispatch.
  4. Jump up^ Derbyshire, John (November 25, 2001). “For all their crimes, medieval Crusaders were our spiritual kin”. Star-Tribune (Minneapolis).
  5. Jump up^ Davis, Bob (September 23, 2001). “A war that began 1,000 years ago”. Fort Worth Star-Telegram.
  6. Jump up^ Media | Thomas F. Madden
  7. Jump up^ http://sscle.slu.edu/
  8. Jump up^ Annual Symposium on Medieval and Renaissance Studies
  9. ^ Jump up to:a b WMU News – Grundler Prize awarded for book on Venetian leader
  10. ^ Jump up to:a b MAA Haskins Medal Winner
  11. Jump up^ Fellow of the Medieval Academy of America
  12. Jump up^ [1]
  13. Jump up^ Madden, Thomas F. (November 2, 2001). “Crusade Propaganda”. National Review. Retrieved 2007-12-03.
  14. Jump up^ Johns Hopkins University Press | Books | Enrico Dandolo and the Rise of Venice

References

https://en.wikipedia.org/wiki/Thomas_Madden

Chalmers Johnson

From Wikipedia, the free encyclopedia
Chalmers Johnson
Born August 6, 1931
Phoenix, Arizona
Died November 20, 2010 (aged 79)
Cardiff-by-the-Sea, California
Occupation President, Japan Policy Research Institute, University of San Francisco; Professor emeritus of the University of California, San Diego
Genre Political Science
Literary movement Japan revisionists
Notable works Peasant Nationalism and Communist Power
MITI and the Japanese Miracle
Blowback
The Sorrows of Empire
Nemesis: The Last Days of the American Republic
Notable awards Before Columbus Foundation(2001)
Website
www.americanempireproject.com/johnson/index.asp

Chalmers Ashby Johnson (August 6, 1931 – November 20, 2010)[1] was an American author and professor emeritus of the University of California, San Diego. He served in the Korean War, was a consultant for the CIAfrom 1967 to 1973, and chaired the Center for Chinese Studies at the University of California, Berkeley from 1967 to 1972.[2] He was also president and co-founder with Steven Clemons of the Japan Policy Research Institute (now based at the University of San Francisco), an organization promoting public education about Japan and Asia.[3]

He wrote numerous books including, most recently, three examinations of the consequences of American Empire: Blowback, The Sorrows of Empire, and Nemesis: The Last Days of the American Republic. A former cold warrior, his fears for the US changed:

“A nation can be one or the other, a democracy or an imperialist, but it can’t be both. If it sticks to imperialism, it will, like the old Roman Republic, on which so much of our system was modeled, lose its democracy to a domestic dictatorship.”[4]

Biography

Johnson was born in 1931 in Phoenix, Arizona. He earned a BA in economics in 1953 and an M.A. and a Ph.D. in political science in 1957 and 1961 respectively. Both of his advanced degrees were from the University of California, Berkeley. Johnson met his wife Sheila, a junior at Berkeley, in 1956, and they were married in Reno, Nevada in May 1957.[5]

During the Korean War, Johnson served as a naval officer in Japan.[6] He was the communications officer on a ship (the LST 883) “tasked with ferrying Chinese prisoners of war from South Korea back to North Koreanports.”[5] He taught political science at the University of California from 1962 until he retired from teaching in 1992. He was best known early in his career for his scholarship on the subjects of China and Japan.[7]

Johnson set the agenda for 10 or 15 years in social science scholarship on China with his book on peasant nationalism. His book MITI and the Japanese Miracle, on the Japanese Ministry of International Trade and Industry was the preëminent study of the country’s development and it created the subfield of what could be called, the political economy of development. He coined the term “developmental state“. As a public intellectual, he first led the “Japan revisionists” who critiqued American neoliberal economics with Japan as a model; their arguments faded from view as the Japanese economy stagnated in the mid-90s and beyond. During this period, Johnson acted as a consultant for the Office of National Estimates, part of the CIA, contributing to analysis of China and Maoism.[8]

Johnson was elected a Fellow of the American Academy of Arts and Sciences in 1976. He served as Director of the Center for Chinese Studies (1967–72[2]) and Chair of the Political Science Department at Berkeley, and held a number of important academic posts in area studies. He was a strong believer in the importance of language and historical training for conducting serious research. Late in his career he became well known as a critic of “rational choice” approaches, particularly in the study of Japanese politics and political economy.

Johnson is, perhaps, best known today as a sharp critic of American imperialism. His book Blowback (2000) won a prize in 2001 from the Before Columbus Foundation, and was re-issued in an updated version in 2004. Sorrows of Empire, published in 2004, updated the evidence and argument from Blowback for the post-9/11 environment, and Nemesis concludes the trilogy. Johnson was featured as an expert talking head in the Eugene Jarecki-directed film Why We Fight,[3] which won the 2005 Grand Jury Prize at theSundance Film Festival. In the past, Johnson has also written for the Los Angeles Times, the London Review of Books, Harper’s Magazine, and The Nation.

The Blowback series

Johnson believed that the enforcement of American hegemony over the world constitutes a new form of global empire. Whereas traditional empires maintained control over subject peoples via colonies, since World War II the US has developed a vast system of hundreds of military bases around the world where it has strategic interests. A long-time Cold Warrior, he applauded the dissolution of the Soviet Union: “I was a cold warrior. There’s no doubt about that. I believed the Soviet Union was a genuine menace. I still think so.”[9] At the same time, however, he experienced a political awakening after the dissolution of the Soviet Union, noting that instead of demobilizing its armed forces, the US accelerated its reliance on military solutions to problems both economic and political. The result of this militarism (as distinct from actual domestic defense) is more terrorism against the U.S. and its allies, the loss of core democratic values at home, and an eventual disaster for the American economy. Of four books he wrote on this topic, the first three are referred to as The Blowback Trilogy:

  • Blowback: The Costs and Consequences of American Empire

Chalmers Johnson summarized the intent of Blowback in the final chapter of Nemesis.

“In Blowback, I set out to explain why we are hated around the world. The concept “blowback” does not just mean retaliation for things our government has done to and in foreign countries. It refers to retaliation for the numerous illegal operations we have carried out abroad that were kept totally secret from the American public. This means that when the retaliation comes – as it did so spectacularly on September 11, 2001 – the American public is unable to put the events in context. So they tend to support acts intended to lash out against the perpetrators, thereby most commonly preparing the ground for yet another cycle of blowback. In the first book in this trilogy, I tried to provide some of the historical background for understanding the dilemmas we as a nation confront today, although I focused more on Asia – the area of my academic training – than on the Middle East.”[10]
  • The Sorrows of Empire: Militarism, Secrecy, and the End of the Republic

Chalmers Johnson summarizes the intent of The Sorrows of Empire in the final chapter of Nemesis.

The Sorrows of Empire was written during the American preparations for and launching of the invasions and occupations of Afghanistan and Iraq. I began to study our continuous military buildup since World War II and the 737 military bases we currently maintain in other people’s countries. This empire of bases is the concrete manifestation of our global hegemony, and many of the blowback-inducing wars we have conducted had as their true purpose the sustaining and expanding of this network. We do not think of these overseas deployments as a form of empire; in fact, most Americans do not give them any thought at all until something truly shocking, such as the treatment of prisoners at Guantanamo Bay, brings them to our attention. But the people living next door to these bases and dealing with the swaggering soldiers who brawl and sometimes rape their women certainly think of them as imperial enclaves, just as the people of ancient Iberia or nineteenth-century India knew that they were victims of foreign colonization.”[10]
  • Nemesis: The Last Days of the American Republic

Chalmers Johnson summarizes the intent of the book Nemesis.

“In Nemesis, I have tried to present historical, political, economic, and philosophical evidence of where our current behavior is likely to lead. Specifically, I believe that to maintain our empire abroad requires resources and commitments that will inevitably undercut our domestic democracy and in the end produce a military dictatorship or its civilian equivalent. The founders of our nation understood this well and tried to create a form of government – a republic – that would prevent this from occurring. But the combination of huge standing armies, almost continuous wars, military Keynesianism, and ruinous military expenses have destroyed our republican structure in favor of an imperial presidency. We are on the cusp of losing our democracy for the sake of keeping our empire. Once a nation is started down that path, the dynamics that apply to all empires come into play – isolation, overstretch, the uniting of forces opposed to imperialism, and bankruptcy. Nemesis stalks our life as a free nation.”[10]
  • Dismantling the Empire: America’s Last Best Hope

Johnson outlines how the United States can reverse American hegemony and preserve the American state. Dismantling the Empire was listed by the CIA in “The Intelligence Officer’s Bookshelf: Intelligence in Recent Public Literature”,[11] compiled and reviewed by Hayden B. Peake.[12]

Audio and video

Bibliography

Death

On November 20, 2010, Chalmers Johnson died after a long illness from complications of rheumatoid arthritis at his home in Cardiff-by-the-Sea. [14]

Notes

  1. Jump up^http://www.theatlantic.com/international/archive/2010/11/chalmers-johnson/66853/
  2. ^ Jump up to:a b “CCS History”, Center for Chinese Studies, Institute of East Asian Studies, University of California, Berkeley
  3. ^ Jump up to:a b AMY GOODMAN (February 27, 2007). “Chalmers Johnson: Nemesis: The Last Days of the American Republic”.Democracy Now!. Retrieved 2009-04-04.
  4. Jump up^ Chalmers Johnson, 1931–2010, on the Last Days of the American Republic
  5. ^ Jump up to:a b Sheila K. Johnson (2011-04-11) Chalmers Johnson vs. the Empire, Antiwar.com
  6. Jump up^ Chalmers Ashby Johnson. Blowback, Second Edition: The Costs and Consequences of American Empire (January 4, 2004 ed.). Holt Paperbacks. p. 288. ISBN 0-8050-7559-3.
  7. Jump up^ Johnston, Eric, “Japan hand Chalmers Johnson dead at 79“,Japan Times, 23 November 2010, p. 2.
  8. Jump up^ Nic Paget-Clarke (2004). “Interview with Chalmers Johnson Part 2. From CIA Analyst to Best-Selling Scholar”. In Motion Magazine. Retrieved 2009-04-04.
  9. Jump up^ Tom Engelhardt (March 22, 2006). “Cold Warrior in a Strange Land – Tom Engelhardt interviews Chalmers Johnson”. antiwar.com. Retrieved 2009-04-04.
  10. ^ Jump up to:a b c Nemesis: The Last Days of the American Republic By Chalmers Johnson, 2006, Page 278, ISBN 978-0-8050-7911-1
  11. Jump up^ https://www.cia.gov/library/center-for-the-study-of-intelligence/csi-publications/csi-studies/studies/vol.-55-no.-1/the-intelligence-officers-bookshelf.html
  12. Jump up^ https://www.cia.gov/library/center-for-the-study-of-intelligence/csi-publications/csi-studies/studies/vol50no4/contributors.html
  13. Jump up^ Listing on Allrovi.com
  14. Jump up^ Shapiro, T. Rees (November 25, 2010). “Renowned Asia scholar Chalmers Johnson dies at 79”. The Washington Post.

External links

https://en.wikipedia.org/wiki/Chalmers_Johnson

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Solid State Drives — Videos

Posted on June 18, 2016. Filed under: Blogroll, Communications, Computers, External Hard Drives, Uncategorized | Tags: , , , |

 

Hard Drives VS SSD – is now the time to Upgrade?

SSDs vs Hard Drives as Fast As Possible

SSD vs Hard Drive Torture Test

Seagate 600 Desktop Solid State Hybrid Drives vs SSD vs HDD – Showdown

SSD prices plummet again, close in on HDDs

SSD vs. HDD: What’s the Difference?

Do you like your storage plentiful and cheap, or do you like it fast and safe? Here’s how to choose between a traditional hard drive and a solid-state drive in your next PC.
SSD vs. HDD: What's the Difference?

Until recently, PC buyers had very little choice about what kind of storage to get in a laptop or desktop. If you bought an ultraportable, you likely had a solid-state drive (SSD) as the primary drive (C: on Windows, Macintosh HD on a Mac). Every other desktop or laptop form factor had a hard disk drive (HDD). Now, you can configure your system with either an HDD or SSD, or in some cases both. But how do you choose? We explain the differences between SSDs and HDDs (or hard drives), and walk you through the advantages and disadvantage of both to help you decide.

HDD and SSD Explained
The traditional spinning hard drive is the basic nonvolatile storage on a computer. That is, information on it doesn’t “go away” when you turn off the system, as is true of data stored in RAM. A hard drives is essentially a metal platter with a magnetic coating that stores your data, whether weather reports from the last century, a high-definition copy of the Star Wars trilogy, or your digital music collection. A read/write head on an arm accesses the data while the platters are spinning.

An SSD does functionally everything a hard drive does, but data is instead stored on interconnected flash memory chips that retain the data even when there’s no power present. The chips can either be permanently installed on the system’s motherboard (as on some small laptops and ultrabooks), on a PCI Express (PCIe) card (in some high-end workstations), or in a box that’s sized, shaped, and wired to slot in for a laptop or desktop’s hard drive (common on everything else). These flash memory chips are of a different type than is used in USB thumb drives, and are typically faster and more reliable. SSDs are consequently more expensive than USB thumb drives of the same capacities.

Note: We’ll be talking primarily about internal drives in this story, but almost everything applies to external hard drives as well. External drives come in both large desktop and compact portable form factors, and SSDs are gradually becoming a larger part of the external market.

A History of HDDs and SSDs
Hard drive technology is relatively ancient (in terms of computer history, anyway). There are well-known pictures of the infamous IBM 350 RAMAC hard drive from 1956 that used 50 24-inch-wide platters to hold a whopping 3.75MB of storage space. This, of course, is the size of an average 128Kbps MP3 file today, in the physical space that could hold two commercial refrigerators. The IBM 350 was only utilized by government and industrial users, and was obsolete by 1969. Ain’t progress wonderful? The PC hard drive form factor standardized at 5.25 inches in the early 1980s, with the 3.5-inch desktop-class and 2.5-inch notebook-class drives coming soon thereafter. The internal cable interface has changed from serial to IDE (now frequently called parallel ATA, or PATA) to SCSI to serial ATA (SATA) over the years, but each essentially does the same thing: connect the hard drive to the PC’s motherboard so your data can be processed. Today’s 2.5- and 3.5-inch drives mainly use SATA interfaces (at least on most PCs and Macs), though some high-speed SSDs use the faster PCIe interface instead. Capacities have grown from multiple megabytes to multiple terabytes, more than a million-fold increase. Current 3.5-inch hard drives have capacities as high as 10TB, with 2.5-inch drives maxing out at 4TB.

275The SSD has a much shorter history. There was always an infatuation with nonmoving storage from the beginning of personal computing, with technologies like bubble memory flashing (pun intended) and dying in the 1970s and 1980s. Current flash memory is the logical extension of the same idea, as it doesn’t require constant power to retain the data you store on it. The first primary drives that we know as SSDs started during the rise of netbooks in the late 2000s. In 2007, the OLPC XO-1 used a 1GB SSD, and the Asus Eee PC 700 series used a 2GB SSD as primary storage. The SSD chips on low-end Eee PC units and the XO-1 were permanently soldered to the motherboard. As netbooks, ultrabooks, and other ultraportable laptop PCs became more capable, SSD capacities increased and eventually standardized on the 2.5-inch notebook form factor. This way, you could pop a 2.5-inch hard drive out of your laptop or desktop and replace it easily with an SSD. Other form factors emerged, like the mSATA Mini PCIe SSD card, M.2 SSD in SATA and PCIe variants, and the DIMM-like solid-state Flash Storage in the Apple MacBook Air and MacBook Pro, but today many SSDs still use the 2.5-inch form factor. The 2.5-inch SSD capacity currently tops out at 4TB, but a 16TB version was recently released by Samsung for enterprise devices like servers.

Advantages and Disadvantages
Both SSDs and hard drives do the same job: They boot your system, and store your applications and personal files. But each type of storage has its own unique feature set. How do they differ, and why would you want to get one over the other?

Price: SSDs are more expensive than hard drives in terms of dollar per gigabyte. A 1TB internal 2.5-inch hard drive costs about $50, but as of this writing, an SSD of the same capacity and form factor starts at $220. That translates into 5 cents per gigabyte for the hard drive and 22 cents per gigabyte for the SSD. Since hard drives use older, more established technology, they will remain less expensive for the near future. Those extra hundreds for the SSD may push your system price over budget.

Maximum and Common Capacity: Although SSD units top out at 4TB, those are still rare and expensive. You’re more likely to find 500GB to 1TB units as primary drives in systems. While 500GB is considered a “base” hard drive in 2016, pricing concerns can push that down to 128GB for lower-priced SSD-based systems. Multimedia users will require even more, with 1TB to 4TB drives common in high-end systems. Basically, the more storage capacity, the more stuff you can keep on your PC. Cloud-based (Internet) storage may be good for housing files you plan to share among your phone, tablet, and PC, but local storage is less expensive, and you only have to buy it once.

Solid State Drive

Speed: This is where SSDs shine. An SSD-equipped PC will boot in less than a minute, and often in seconds. A hard drive requires time to speed up to operating specs, and will continue to be slower than an SSD during normal use. A PC or Mac with an SSD boots faster, launches and runs apps faster, and transfers files faster. Whether it’s for fun, school, or business, the extra speed may be the difference between finishing on time and failing.

Fragmentation: Because of their rotary recording surfaces, hard drives work best with larger files that are laid down in contiguous blocks. That way, the drive head can start and end its read in one continuous motion. When hard drives start to fill up, large files can become scattered around the disk platter, causing the drive to suffer from what’s called fragmentation. While read/write algorithms have improved to the point that the effect is minimized, hard drives can still become fragmented. SSDs can’t, however, because the lack of a physical read head means data can be stored anywhere. Thus, SSDs are inherently faster.

Durability: An SSD has no moving parts, so it is more likely to keep your data safe in the event that you drop your laptop bag or your system is shaken about by an earthquake while it’s operating. Most hard drives park their read/write heads when the system is off, but they are flying over the drive platter at a distance of a few nanometers when they are in operation. Besides, even parking brakes have limits. If you’re rough on your equipment, an SSD is recommended.

Availability: Hard drives are more plentiful in budget and older systems, but SSDs are becoming more prevalent in recently released laptops. That said, the product lists from Western Digital, Toshiba, Seagate, Samsung, and Hitachi are still skewed in favor of hard drive models over SSDs. For PCs and Macs, internal hard drives won’t be going away completely, at least for the next couple of years. SSD model lines are growing in number: Witness the number of thin laptops with 256 to 512GB SSDs installed in place of hard drives.

Seagate 600 Pro: Angle

Form Factors: Because hard drives rely on spinning platters, there is a limit to how small they can be manufactured. There was an initiative to make smaller 1.8-inch spinning hard drives, but that’s stalled at about 320GB, since the phablet and smartphone manufacturers have settled on flash memory for their primary storage. SSDs have no such limitation, so they can continue to shrink as time goes on. SSDs are available in 2.5-inch laptop drive-sized boxes, but that’s only for convenience. As laptops become slimmer and tablets take over as primary Web surfing platforms, you’ll start to see the adoption of SSDs skyrocket.

Noise: Even the quietest hard drive will emit a bit of noise when it is in use from the drive spinning or the read arm moving back and forth, particularly if it’s in a system that’s been banged about or if it’s been improperly installed in an all-metal system. Faster hard drives will make more noise than slower ones. SSDs make virtually no noise at all, since they’re non-mechanical.

Overall: Hard drives win on price, capacity, and availability. SSDs work best if speed, ruggedness, form factor, noise, or fragmentation (technically part of speed) are important factors to you. If it weren’t for the price and capacity issues, SSDs would be the winner hands down.

As far as longevity, while it is true that SSDs wear out over time (each cell in a flash memory bank can be written and erased a limited number of times), thanks to TRIM command technology that dynamically optimizes these read/write cycles, you’re more likely to discard the system for obsolescence (after six years or so) before you start running into read/write errors with an SSD. If you’re really worried, there are several tools that monitor the S.M.A.R.T. status of your hard drive or SSD, and will let you know if you’re approaching the drive’s rated end of life. The possible exceptions are high-end multimedia users like video editors who read and write data constantly, but those users will need the larger capacities of hard drives anyway. Hard drives will eventually wear out from constant use as well, since they use physical recording methods. Longevity is a wash when it’s separated from travel and ruggedness concerns.

The Right Storage for You
So, does an SSD or HDD (or a hybrid of the two) fit your needs? Let’s break it down:

HDDs
Enthusiast multimedia users and heavy downloaders: Video collectors need space, and you can only get to 4TB of space cheaply with hard drives.
Budget buyers: Ditto. Plenty of cheap space. SSDs are too expensive for $500 PC buyers.
Graphic arts and engineering professionals: Video and photo editors wear out storage by overuse. Replacing a 1TB hard drive will be cheaper than replacing a 500GB SSD.
General users: General users are a toss-up. Folks who prefer to download their media files locally will still need a hard drive with more capacity. But if you mostly stream your music and videos online, then buying a smaller SSD for the same money will give you a better experience.

SSDs
Road warriors: People who shove their laptops into their bags indiscriminately will want the extra security of an SSD. That laptop may not be fully asleep when you violently shut it to catch your next flight. This also includes folks who work in the field, like utility workers and university researchers.
Speed demons: If you need things done now, spend the extra bucks for quick boot-ups and app launches. Supplement with a storage SSD or hard drive if you need extra space (see below).
Graphic arts and engineering professionals: Yes, I know I said they need hard drives, but the speed of an SSD may make the difference between completing two proposals for your client and completing five. These users are prime candidates for dual-drive systems (more on that below).
Audio engineers and musicians: If you’re recording music, you don’t want the scratchy sound from a hard drive intruding. Go for quieter SSDs.

Hybrid Drives and Dual-Drive SystemsBack in the mid 2000s, some hard drive manufacturers, like Samsung and Seagate, theorized that if you add a few gigabytes of flash chips to a spinning hard drive, you’d get a so-called “hybrid” drive combining the large storage capacity with the performance of an SSD, at a price only slightly higher than that of a typical hard drive. The flash memory acts as a buffer for frequently used files, so your system has the potential for booting and launching your most important apps faster, even though you can’t directly install anything in that space yourself. In practice, hybrid drives like the Seagate Momentus XT work, but they are still more expensive and more complex than regular hard drives. They work best for people like road warriors who need both lots of storage and fast boot times. Since they’re an in-between product, hybrid drives don’t necessarily replace dedicated hard drives or SSDs.

In a dual-drive system, the system manufacturer will install a small SSD primary drive (C:) for the operating system and apps, and add a larger spinning hard drive (D: or E:) for storing files. This works well in theory; in practice, manufacturers can go too small on the SSD. Windows itself takes up a lot of space on the primary drive, and some apps can’t be installed on other drives. Some capacities may also be too small. For example, you can install Windows on a SSD as small as 16GB, but there will be little room for anything else. In our opinion, 120 to 128GB is a practical size for the C: drive, with 256GB or more being even better. Space concerns are the same as with any multiple-drive system: You need physical space inside the PC chassis to hold two (or more) drives.

Western Digital Black2 Dual Drive

Last but not least, an SSD and a hard drive can be combined (like Voltron) on systems with technologies like Intel’s Smart Response Technology (SRT). SRT uses the SSD invisibly to act as a cache to help the system more speedily boot and launch programs. As on a hybrid drive, the SSD is not directly accessible by the end user. SRT requires true SSDs, like those in 2.5-inch form factors, but those drives can be as small as 8GB to 20GB in capacity and still boost performance; since the operating system isn’t being installed to the SSD directly, you avoid the drive space problems of the dual-drive configuration mentioned above. On the other hand, your PC will need space for two drives, a requirement that may exclude some laptops and small-form-factor desktops. You’ll also need the SSD and your system’s motherboard to support the caching technology for this scenario to work. All in all, however, it’s an interesting workaround.

It’s unclear whether SSDs will totally replace traditional spinning hard drives, especially with shared cloud storage waiting in the wings. The price of SSDs is coming down, but they’re still too expensive to totally replace the terabytes of data that some users have in their PCs and Macs. Cloud storage isn’t free, either: You’ll continue to pay as long as you want personal storage on the Internet. Local storage won’t go away until we have ubiquitous wireless Internet everywhere, including in planes and out in the wilderness. Of course, by that time, there may be something better.

Looking for some extra storage? Check out our list of the best external hard drives. Or if you want to protect or store your files online, check out our roundups of the best cloud storage and file-syncing services and the best online backup services.

http://www.pcmag.com/article2/0,2817,2404258,00.asp

Advantages of SSD over HDD

SSDThe standard hard drive (HDD) has been the predominant storage device for computers, both desktops and laptops, for a long time. The main draw is the storage size and low cost. Computer manufacturers can include large hard drives at a small cost, so they’ve continued to use HDDs in their computers. The solid state drive (SSD) is available and can replace an HDD relatively easily. As you’ll find by reading the below pros and cons, the SSD is a clear winner, but because of the price it still doesn’t make sense to use SSDs for all uses. For most computer users, we suggest using SSD as the primary drive for your operating system and most important programs. We then recommend using one or more HDD inside the same computer, or an external HDD, to store documents, pictures and music, which don’t need the fast access times of SSD.

Topic SSD HDD
Access time An SSD has access speeds of 35 to 100 micro-seconds, which is nearly 100 times faster. This faster access speed means programs can run more quickly, which is very significant, especially for programs that access large amounts of data often like your operating system. A typical HDD takes about 5,000 to 10,000 micro-seconds to access data.
Price The price of a solid state drive is much more than an HDD, which is why most computers with an SSD only have a few hundred gigabytes of storage. Desktop computers with an SSD may also have one or more HDDs for additional storage. HDD is much cheaper than SSD, especially for drives over 500GB.
Reliability The SSD drive has no moving parts. It uses flash memory to store data, which provides better performance and reliability over an HDD. The HDD has moving parts and magnetic platters, meaning the more use they get, the faster they wear down and fail.
Capacity Although there are large SSDs realistically for most people’s budgets anything over 512GB SSD is beyond their price range. Several terabyte hard disk drives are available for very reasonable prices.
Power The SSD uses less power than a standard HDD, which means a lower energy bill over time and for laptops an increase of battery life. With all the parts and requirements to spin the platters the HDD uses more power than an SSD.
Noise With no moving parts SSD generates no noise. With the spinning platters and moving read/write heads an HDD can sometimes be one of the loudest components in your computer.
Size SSD is available in 2.5″, 1.8″, and 1.0″, increasing the available space available in a computer, especially a desktop or server. HDDs are usually 3.5″ and 2.5″ in size, for desktop and laptops respectively with no options for anything smaller.
Heat Because there are no moving parts and due to the nature of flash memory, the SSD generates less heat, helping to increase its lifespan and reliability. With moving parts comes added heat, which is why the HDD generates more heat. Heat can slowly damage electronics over time, so the higher the heat, the greater the potential of damage being done.
Magnetism SSD is not affected by magnetism. Because a hard drive relies off magnetism to write information to the platter information could be erased from an HDD using strong magnets.

http://www.computerhope.com/issues/ch001396.htm

How much faster is an SSD compared with HDD drives and is it worth the price?

A solid state drive or SSD can speed up the performance of a computer significantly, often more than what a faster processor (CPU) can. A hard disk drive or HDD is cheaper and offers more storage (500 GB to 1 TB are common) while SSD disks are more expensive and generally available in 64 GB to 256 GB configurations.

SSDs have several advantages over HDD drives.

Comparison chart

HDD versus SSD comparison chart
HDD SSD
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Stands for Hard Disk Drive Solid State Drive
Speed HDD has higher latency, longer read/write times, and supports fewer IOPs (input output operations per second) compared to SSD. SSD has lower latency, faster read/writes, and supports more IOPs (input output operations per second) compared to HDD.
Heat, Electricity, Noise Hard disk drives use more electricity to rotate the platters, generating heat and noise. Since no such rotation is needed in solid state drives, they use less power and do not generate heat or noise.
Defragmentation The performance of HDD drives worsens due to fragmentation; therefore, they need to be periodically defragmented. SSD drive performance is not impacted by fragmentation. So defragmentation is not necessary.
Components HDD contains moving parts – a motor-driven spindle that holds one or more flat circular disks (called platters) coated with a thin layer of magnetic material. Read-and-write heads are positioned on top of the disks; all this is encased in a metal cas SSD has no moving parts; it is essentially a memory chip. It is interconnected, integrated circuits (ICs) with an interface connector. There are three basic components – controller, cache and capacitor.
Weight HDDs are heavier than SSD drives. SSD drives are lighter than HDD drives because they do not have the rotating disks, spindle and motor.
Dealing with vibration The moving parts of HDDs make them susceptible to crashes and damage due to vibration. SSD drives can withstand vibration up to 2000Hz, which is much more than HDD.

Speed

HDD disks use spinning platters of magnetic drives and read/write heads for operation. So start-up speed is slower for HDDs than SSDs because a spin-up for the disk is needed. Intel claims their SSD is 8 times faster than an HDD, thereby offering faster boot up times.[1]

The following video compares HDD and SSD speeds in the real world and it’s no surprise that SSD storage comes out ahead in every test:

Benchmark statistics – small read/writes

  • HDDs: Small reads – 175 IOPs, Small writes – 280 IOPs
  • Flash SSDs: Small reads – 1075 IOPs (6x), Small writes – 21 IOPs (0.1x)
  • DRAM SSDs: Small reads – 4091 IOPs (23x), Small writes – 4184 IOPs (14x)

IOPs stand for Input/Output Operations Per Second

Data Transfer in an HDD vs. SSD

In an HDD, data transfer is sequential. The physical read/write head “seeks” an appropriate point in the hard drive to execute the operation. This seek time can be significant. The transfer rate can also be influenced by file system fragmentation and the layout of the files. Finally, the mechanical nature of hard disks also introduces certain performance limitations.

In an SSD, data transfer is not sequential; it is random access so it is faster. There is consistent read performance because the physical location of data is irrelevant. SSDs have no read/write heads and thus no delays due to head motion (seeking).

Reliability

Unlike HDD drives, SSD disks do not have moving parts. So SSD reliability is higher. Moving parts in an HDD increase the risk of mechanical failure. The rapid motion of the platters and heads inside the hard disk drive make it susceptible to “head crash”. Head crashes can be caused by electronic failure, a sudden power failure, physical shock, wear and tear, corrosion, or poorly manufactured platters and heads. Another factor impacting reliability is the presence of magnets. HDDs use magnetic storage so are susceptible to damage or data corruption when in close proximity with powerful magnets. SSDs are not at risk for such magnetic distortion.

Wear-out

When flash first started gaining momentum for long-term storage, there were concerns about wear-out, especially with some experts warning that because of the way SSDs work, there was a limited number of write cycles they could achieve. However, SSD manufacturers put a lot of effort in product architecture, drive controllers and read/write algorithms and in practice, wear-out has been a nonissue for SSDs in most practical applications.[2]

Price

http://www.diffen.com/difference/utils/amznWdgt.php?q=SSD

As of June 2015, SSDs are still more expensive per gigabyte than hard drives but prices for SSDs have fallen substantially in recent years. While external hard drives are around $0.04 per gigabyte, a typical flash SSD is about $0.50 per GB. This is down from about $2 per GB in early 2012.

In effect, this means you can buy a 1 TB external hard drive (HDD) for $55 on Amazon (see external hard drive best sellers) while a 1 TB SSD costs about $475. (see best sellers list for internal SSDs and external SSDs).

Price outlook

In an influential article for Network Computing in June 2015, storage consultant Jim O’Reilly wrote that prices for SSD storage are falling very fast and with 3D NAND technology, SSD will likely achieve price parity with HDD around the end of 2016.

There are two main reasons for falling SSD prices:

  1. Increasing density: 3D NAND technology was a breakthrough that allowed a quantum jump in SSD capacity because it allows for packing 32 or 64 times the capacity per die.
  2. Process efficiency: Flash storage manufacturing has become more efficient and die yields have increased significantly.

A December 2015 article for Computer World projected that 40% of new laptops sold in 2017, 31% in 2016 and 25% of laptops in 2015, will use SSD rather than HDD drives. The article also reported that while HDD prices have not dropped too much, SSD prices have consistently fallen month over month and are nearing parity with HDD.

Price projections for HDD and SSD storage, by DRAMeXchange. Prices are in US Dollars per gigabyte.

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Price projections for HDD and SSD storage, by DRAMeXchange. Prices are in US Dollars per gigabyte.

Storage capacity

Until recently, SSDs were too expensive and only available in smaller sizes. 128 GB and 256 GB laptops are common when using SSD drives while laptops with HDD internal drives are typically 500 GB to 1 TB. Some vendors — including Apple — offer “fusion” drives that combine 1 SSD and 1 HDD drive that work seamlessly together.

However, with 3D NAND, SSDs are likely to close the capacity gap with HDD drives by the end of 2016. In July 2015, Samsung announced it was releasing 2TB SSD drives that use SATA connectors.[3] While HDD technology is likely to cap out at about 10 TB, there is no such restriction for flash storage. In fact, in August 2015, Samsung unveiled the world’s largest hard drive — a 16TB SSD drive.

Defragmentation in HDDs

Due to the physical nature of HDDs and their magnetic platters that store data, IO operations (reading from or writing to the disk) work much faster when data is stored contiguously on the disk. When a file’s data is stored on different parts of the disk, IO speeds are reduced because the disk needs to spin for different regions of the disk to come in contact with the read/write heads. Often there is not enough contiguous space available to store all the data in a file. This results in fragmentation of the HDD. Periodic defragmentation is needed to keep the device from slowing down in performance.

With SSD disks, there are no such physical restrictions for the read/write head. So the physical location of the data on the disk does not matter as it does not impact performance. Therefore, defragmentation is not necessary for SSD.

Noise

HDD disks are audible because they spin. HDD drives in smaller form factors (e.g. 2.5 inch) are quieter. SSD drives are integrated circuits with no moving parts and therefore do not make noise when operating.

Components and Operation

A typical HDD consists of a spindle that holds one or more flat circular disks (calledplatters) onto which the data is recorded. The platters are made from a non-magnetic material and are coated with a thin layer of magnetic material. Read-and-write heads are positioned on top of the disks. The platters are spun at very high speeds with a motor. A typical hard drive has two electric motors, one to spin the disks and one to position the read/write head assembly. Data is written to a platter as it rotates past the read/write heads. The read-and-write head can detect and modify the magnetization of the material immediately under it.

Disassembled components of HDD (left) and SSD (right) drives.

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Disassembled components of HDD (left) and SSD (right) drives.

In contrast, SSDs use microchips, and contain no moving parts. SSD components include a controller, which is an embedded processor that executes firmware-level software and is one of the most important factors of SSD performance; cache, where a directory of block placement and wear leveling data are also kept; and energy storage – a capacitor or batteries – so that data in the cache can be flushed to the drive when power is dropped. The primary storage component in an SSD has been DRAM volatile memory since they were first developed, but since 2009 it is more commonly NAND flash memory. The performance of the SSD can scale with the number of parallel NAND flash chips used in the device. A single NAND chip is relatively slow. When multiple NAND devices operate in parallel inside an SSD, the bandwidth scales, and the high latencies can be hidden, as long as enough outstanding operations are pending and the load is evenly distributed between devices.

References

The Advantages And Benefits Of Solid State Drive (SSD)

The advent of solid state drive (SSD) in the last few years as a viable alternative to the traditional hard drive (HDD) providing a much higher speed than the latter and other considerable advantages, has built up the reputation of this flash-based storage technology so quickly to the point that so many IT professionals were impelled to deeming it “the best performance upgrade” and recommending it to everyone looking forward to take their computer to the next level. That’s because, unlike solid state drives, no single hardware upgrade is capable of offering the kind of instantaneous and observable boost in system responsiveness, compared to a system based on traditional hard drive spinning media.

Yes, it’s true that a faster processor, additional memory, and a faster graphics card may notably better the overall system performance, but compared to what an SSD can do, all those upgrades fall behind.

But all the stated above traits don’t make SSDs free of disadvantages, they already undergo their own, and we’ll be outlining those disadvantages within this article after addressing the outstanding advantages they boast of.

The Advantages of SSDs

There are many advantages solid state drives (SSD) have over traditional mechanical hard disk drives (HDD). The majority of these advantages are resulted from the fact that SSDs don’t employ any moving part in their architecture. In contrast to mechanical hard drives that use drive motors to help spin up the magnetic platters as well as the drive heads, flash memory chips are the ones responsible for all the storage on a solid state drive. This feature offers faster data access, lower power requirements, and high reliability.

Reliability

Because SSDs don’t have any moving part, they are nearly invulnerable to fail in high shock and vibration environments and extreme temperatures. This trait, particularly the potential of operating in extreme temperatures between 0°C to +70°C, allows an SSD-based system to handle more applications in difficult situations where the traditional hard drives fail.

Also, for portable systems, reliability is an important factor. It’s very likely that traditional HDD is seriously affected when exposed to jarring movements from an impact. The advantage of SSD here explicitly appears, because an SSD stores all its data in memory chips, therefore in the event of an impact there are no moving parts to be damaged. The risk of mechanical failure is almost completely eliminated by this lack of moving parts. Table-1 compares the key features of reliability on SSD, standard HDD and an extended temperature HDD. Using these features helps specifying which particular hard drive will be suitable for a particular application environment.

Data Read & Write Rates

As far as measurement, testing and industrial applications are concerned, Data access rates are intensively important. Since the SSD does not need to move the drive heads or spin-up the drive platter as in the case of traditional HDD, data in an SSD can be accessed almost promptly. Due to the lack of these mechanical delays, SSD exhibit significant increase in the read/write rates. This performance boost adds to user productivity by enabling increased data read and write rates, faster loading of applications, and decreased system boot-up/shutdown time. Refer to table-2 for comparison of data transfer rates for the SSDs and regular HDDs.

Performance

It’s not only that SSDs have faster read and write rates than traditional hard drives, but also they have better deterministic performance. Unlike regular HDDs, the performance of an SLC SSD is almost constant and deterministic across the entire storage space. This is because of the constant seek times offered by a solid-state drive.

This performance advantage is due to two key reasons. The first of them is file fragmentation. Over time files become more fragmented, requiring a regular HDD to perform additional seeks to retrieve an entire file. This process decreases the effective performance of the drive as compared to the SSD, which has way lower seek times.

The second reason is the method in which data is stored on an HDD. When data gets first written to an HDD, it is stored in the sectors close to the outer edge of the spinning platters, which move faster as compared to the sectors nearer to the center of the platter. But when the HDD fills up, the situation differs and data is written to the slower-moving inner sectors, decreasing write and read speeds up to 50%. Here where SSDs have an advantage for not having moving parts. They are able to maintain the same level of read and write performance through the entire capacity of the drive.

Figure 1 compares the performance of the Seagate 2.5in SATA Extended Temp HDD and the Samsung 2.5in SATA SLC SSD reading data across the entire disk. As the graphs illustrate, as you move from the outermost rim to the inner rim of the traditional HDD there is a significant drop in read rates, whereas the rates remain fairly constant for the SSD.

Power Consumption

For portable systems, power consumption is an important factor. SSD uses far less energy than regular traditional HDDs as there is no power used to drive motors in a SSD. The traditional hard disk industry has taken steps to address power requirements of traditional drives by implementing idle drive spin down and the development of hybrid HDDs, but even with both of these implementations, regular HDDs consume more power than a SSD. Table 3 compares the power consumption for the SSD, standard HDD and an extended temperature HDD.

The Disadvantages of SSDs

Switching over from the current hard disk drive to a solid-state drive seems an appealing step. But before you take any action in this regard you should realize that SSDs are not free of downsides/disadvantages, such as their steep prices. Even after the dramatic price fall of NAND flash memory, SSD is still deemed expensive. See for example the price of the cheapest 1 TB SSD, which is Samsung 840 Evo, it costs on Amazon by the time of writing $431, that indicates $0.43 per GB, whereas the cost of Western Digital 4TB Black is almost $230, and that indicates $0.0575 per GB, a real vast difference.

Then there’s the issue of longevity. The NAND flash used in SSDs can only be used for a finite number of writes. Why? Because SSDs can’t write a single bit of information without first erasing and then rewriting very large blocks of data at one time. Each time a cell goes through an erase cycle, some charge is left in the floating-gate transistor, which changes its resistance. As the resistance builds, the amount of current required to change the gate increases. Eventually, the gate can’t be flipped at all, rendering it useless. This decaying process doesn’t affect the read capabilities of SSD, because reading only requires checking, not changing, the voltages of cells. As a result, NAND flash can “rot” into a read-only state.

Some manufacturers use something called wear-leveling to counteract the degradation of NAND flash. This technique distributes data writes across all blocks to make sure the flash memory wears evenly, but even with that, SSDs will decay over time. NAND flash memory of the single-level cell variety generally delivers 50,000 program/erase cycles. Flash of the multi-level cell variety — the kind used in consumer-level products — wears out after about 5,000 cycles.

Rest assured though, that was the situation of the first, old-fashioned solid-state drives, but modern ones, especially the top quality SSDs come with real high endurance that can handle the toughest cases, and for that reason their manufacturers provide a 5-year warranty on them.

But still, even though modern SSDs are very durable, the high price and low capacity poses a problem, and for that reason many data centers and techies use a combination of SSD and HDD. One approach is to use a solid-state drive in a laptop and a traditional hard drive as external storage holding music, photos and other files. This combines the best of both worlds — the ultrafast, random data access of SSD with the relatively inexpensive, high capacity of HDD. If this sounds good to you, you’ll want to start shopping for a suitable solid-state drive. Leading manufacturers include Samsung, Seagate, SanDisk, Corsair, Toshiba and OCZ Technology. And don’t forget about Intel, which offers a robust line of drives, as well as several tools to help you choose the right technology and calculate how much time and money you can save if you make the switch to SSD.

http://www.ryli.net/the-advantages-and-benefits-of-solid-state-drive-ssd/

SSD vs Hard Drive

Install an SSD for the Maximum Performance Gain

These days SSDs (Solid-State Drives) are getting more and more attention. Advanced computer users recommend switching to SSDs and a lot of manufacturers have already stopped installing conventional spinning disks on their latest models. They now offer lighter, thinner and faster laptops with SSD storage.  But should you upgrade to SSD, what’s in it for you and are there any drawbacks? Let’s find out!

What is an SSD?

Basically, a solid-state drive (SSD) is a data storage device that uses solid-state memory to store data. SSDs have the same purpose as conventional mechanical hard drives, but there is one crucial difference – they are electronic devices and don’t have any mechanical parts. Unlike HDDs, SSDs don’t store data on spinning platters, but use flash memory instead.

ssd vs hard drive

As of 2010, most SSDs use NAND flash memory. More expensive SSDs (such as the ones used by businesses) use single-level cell memory (SLC), which is faster, more reliable and more expensive. A 1TB SLC solid-state drive can cost as much as a good used car with low mileage. As for consumer-oriented SSDs, they use multi-level cell memory (MLC) that is cheaper, a bit slower and a bit less reliable. But in any case, even MLC disks are a lot faster than magnetic drives and a lot more reliable, too.

SSD benefits

SSDs have a lot of benefits, but the two most important ones are speed and reliability. Compared to conventional hard drives, solid-state drives are a lot faster. In fact, some people experience a whopping 1,000 MB/sec read speed. Today, the fastest SSDs are SATA 6.0 GB/sec.

ssd reliability

HDDs are the most common performance bottlenecks on any system. Why? Simply because unlike RAM and CPU, hard drives have mechanical moving parts. This means that every time you need to open, save, modify a file or do anything else, the disk needs to spin. Worse still, things like file fragmentation can dramatically reduce HDD speed. As for SSDs, fragmentation doesn’t affect their speed because they can simultaneously grab bits of information from anywhere on the drive. To cut a long story short, comparing an HDD and an SSD from the speed perspective is like comparing a bicycle and a Ferrari. So, if you want a big performance gain – switch to SSD storage.

Another major SSD benefit is reliability. Unlike HDDs, solid-state drives don’t suffer from shock or drop damage. This is especially important for people who travel frequently (like myself). The number of times my heart skipped a beat when my laptop bag got handled quite unceremoniously by airport security staff! Now that I’ve switched to SSD storage, I don’t have to worry so much.

Here are some additional benefits of switching to SSD:

Increased battery life
Less noise, heat and vibration
No need to run disk defrag using traditional HDD defragmenters ever again

However, SSDs have some disadvantages.

SSD disadvantages

Don’t get me wrong, I am an SSD fan. Nevertheless, there are some disadvantages that can’t be overlooked.

The most noticeable disadvantages of SSDs are limited storage capacity (compared to traditional hard drives) and high price per GB. You can buy a 1TB hard drive for something like $100, whereas a 128GB SATA 6GB/sec SSD drive costs around $200. A significant difference, isn’t it? Also keep in mind that the more storage space an SSD has, the more expensive it becomes because the price per GB never changes. That’s why a lot of people still prefer having traditional hard drives, especially if they store a lot of files.

Another disadvantage of SSD drives is that each flash memory cell on an SSD can endure only so many write cycles. This means that if you subject your SSD to heavy use, its data retention will be shorter than with conventional hard drive. That’s why you should think twice when writing to an SSD. And that’s one of the reasons why it’s not a good idea to defrag solid-state drives, as defragmentation means unnecessary data writes to the disk.

Luckily, SSD manufacturers are doing all they can to maximize SSD lifetime. They implement various firmware schemes to load-level SSDs and use TRIM technology to maximize the life of a solid-state drive. In any case, SSDs are not likely to become unusable on a typical home system any time earlier than an HDD will experience a fatal crash. So the nature of flash memory and the limited (in theory) amount of write cycles shouldn’t put you off buying an SSD.

How to maximize SSD performance

SSDs are very fast right out of the box, but there are a few things that you can do to make them perform even better and increase their lifetime:

Use the latest firmware – make sure you update your SSD’s firmware before you start using it. Updating the firmware will ensure top performance and support for the latest OS features. Updating firmware can require a drive format, so make sure your data is backed up.
Enable AHCI – make sure Advanced Host Controller Interface (AHCI) is enabled in the system BIOS. Using outdated IDE or ATA modes will reduce the performance of your solid-state drive.
Do not use NTFS compression for frequently used folders, as it decreases SSD performance.
In case of a clean installation, do not disable anything, as Windows 7 will configure everything better than you would.

In my opinion, SSDs are worth every penny you pay for them, because the performance gain is tremendous. So, if you have the extra cash, get an SSD and enjoy the speed.

For more computer speedup tips read our ebook “Turbo Windows – the Ultimate PC Speed Up Guide”. Download it for FREE now!

http://www.auslogics.com/en/turbo-windows/ssd-vs-hard-drive/

2016 Trends and Driving Forces in HDD and SSD

By Toshiba, involved in both products
This is a Press Release edited by StorageNewsletter.com on 2015.12.24

The Ever Changing World of Storage

toshiba,kaeseTrends and Driving Forces
By Rainer W. Kaese, senior manager business development, Toshiba Electronics Europe, storage products division, who has been with Toshiba for over 20 years, initially specialized in application specific ICs, managing the ASIC design center, and later the business development team for ASIC and foundry products.

There has been much written about the demise of the HDD, with nearly all new mobile devices using flash memory as the main storage medium.

The adoption of flash-based SSDs in laptops and desktop computers continues at pace and also continues to eat into traditional HDD applications.

Despite this shift, it is expected that HDDs will still account for the majority of sales in 2016, as HDDs remain the most economical way to store large data sets.

Demands for archival and long-term storage are being driven by the ever increasing volume of data that home users and enterprises are creating and storing. This is leading to growth in external backup drives, NAS systems (local home storage servers), enterprise storage and cloud storage in general. This trend will increase the availability and accessibility of cloud and networked storage and may limit demand for storage capacity in personal devices.

For personal devices, the price gap between SSDs and HDDs is becoming smaller – reducing as new NAND technologies make it a more competitive storage option. In the enterprise market, the price per gigabyte for enterprise HDDs is falling at a similar rate as the cost per gigabyte for enterprise SSDs.

Spinning disks in the enterprise
Enterprise HDD capacity is expected to continue to grow with a potential to reach 20-40TB by the end of the decade, while still maintaining the industry standard 3.5-inch form factor.

Enterprise capacity HDDs with 8TB are already starting to answer the industry’s nearline storage needs. New technologies such as Shingled Magnetic Recording (SMR) will increase the capacity on the same physical hardware – taking an 8TB drive to 10TB and further.

While conventional HDDs record data by writing to magnetic tracks that do not overlap, SMR HDDs record data on tracks that partially overlap like roof shingles and this provides a higher track density.

The increase in capacity is not without cost though the random write performance of these drives is limited and un-deterministic to a certain extent, while sequential R/W and random read performance is similar to the nearline models. This makes SMR drives suitable for the increasing need for streamed data, data archiving and cold data.

Smaller, faster, denser
While HDDs will still account for the majority of archival storage of the near future, their place within the server architecture is changing – more and more 15,000rpm drives are being replaced by enterprise SSDs.

There are a number of factors influencing this shift, the improved IO/s performance of eSSDs in comparison to even the fastest HDDs, the reduced energy consumption of flash-based drives, and the decreasing cost per gigabyte.

The cost per gigabyte is likely to continue to decrease, especially as the introduction of 3D NAND technologies such as Toshiba’s 3D BiCS NAND helps to increase chip bit densities and increase drive capacities. While 3D technologies are still only just starting to make their mark on the storage landscape, SSDs manufactured using these new chips promise higher endurance, faster speeds, greater energy efficiency and higher capacities.

In the long term, SSDs have the potential to outgrow HDDs in terms of capacity, with 256TB SSDs predicted to become available within the next five years.

The changing face of interfaces
At the entry-level end of the enterprise market, SATA interface equipped eSSDs have proven very popular as boot drives and for larger storage volumes. One of the reasons for this is the fact that SATA SSDs provide the lowest cost/capacity entry point into the flash-based storage world. This economic advantage was driven by the high volume scale of client SATA SSDs being produced to replace 2.5-inch laptop HDD.

With additions such as power loss protection and increased over-provisioning, a client SATA SSD can be turned into a reasonably reliable and entry level eSSD. With a predicted decline of the 2.5″ form-factor client SATA SSDs due to the transition to M.2 PCIe modules, this commercial driver will eventually disappear.

The use of new interfaces has accelerated the shift in form factor away from the 2.5-inch factor to M2 modules and even smaller. The world’s smallest NVM Express SSD that squeezes 256GB into a single BGA package measuring just 16mm by 20mm was recently announced.

One of the limiting factors for the speeds at which SSDs can operate has been the way they interface with computers – the commonly used 6Gb SATA interface has a bandwidth of up to 600MB/s, while 12Gb SAS interfaces achieve up to 1,200MB/s. PCIe Generation 3 based SSDs typically support 4 lanes with bandwidths of approximately 1GB/s per lane, resulting in 4GB/s bandwidth. It is expected in the long term that the SATA eSSD market will transition to PCIe-based solutions (for boot) and SAS eSSD (for volume storage).

The higher bandwidth of PCIe enables the CPU to address more NAND chips at the same time, reducing latencies and enhancing R/W speeds. This has started a transition towards SSDs that have a direct connection to the PCIe bus using the NVMe interface protocol that has gained widespread adoption in many OSs.

The first server models that support this interface are available, but the number of devices is limited to the number of free PCIe connections in the motherboard’s chipset. As PCIe-based enterprise SSDs of more than 4TB~8TB become available, this configuration will prove enough for tier 0 storage architectures. High DWPD PCIe SSDs will also become widely available in the Add-In-Card (AIC) form factor for direct plug in to the PCIe slots of the motherboard. While this approach reduces the need for cabling it, it does currently not allow any hot plug functionality – so removing or exchanging cards without service interruptions would not be possible.

It is important to note that hot plug capabilities were designed to overcome the unpredictable failure of individual HDDs in an array. As SSDs do not have any moving parts, their failure rates are far more predictable. Individual memory cells may wear out and fail, but in-built redundancy accommodates for this and monitoring software can identify drives that are reaching their endurance limits. From that perspective, failure rates are therefore similar than other semiconductor based devices in the server such as CPU or DRAM.

For larger, more complex storage systems, the 12Gb SAS interface is expected to remain the standard interface. The interface supports end-to-end data protection being provided by the SAS link, dual link capability and a large existing infrastructure of controllers, HBA, expanders, backplanes and JBOD.

To address differentiated applications and their different style of workloads, eSSD manufacturers are developing drives optimised for specific capacity points (such as 0.5TB, 1TB, 2TB, 4TB raw flash) and endurance levels (25, 10, 3 or 1 DWPD) to ensure the optimal balance of write endurance, capacity and cost for all applications and architectures.

RAID redundancy facing the chop?
There is a trend away from the use of traditional RAID array-based redundancy protection as continuously increasing drive capacities have made rebuild times unacceptably long for many organisations.

Instead, modern storage architectures based on alternative redundancy technologies such as Erasure Coding provide redundancy and data protection on a system level where several copies of data are stored on a number of individual servers. Depending on the system architecture, these systems can be resistant to individual drive failures, server or cluster failures, and even data centre failures.

Keeping an eye on industry drivers
The demand for storage capacity continues to grow as does the perceived value of the data stored. This is driving demand for cloud storage operations where economies of scale can help mitigate the costs of storing ever-increasing amounts of data.

While speed and capacity will remain important factors, power consumption and reliability will become even more important factors when determining TCO. Capacity per unit space is increasing in importance and high capacity, low endurance SSDs may become the industry’s preferred solution.

In addition to cloud archival storage, the storage of video surveillance data is an important growth area. Applications for video surveillance systems keep expanding into many areas including industrial process monitoring, airports and traffic monitoring and a host of retail situations where customer behavior analysis can help improve overall customer experience.

Surveillance data is increasingly being used not only to protect against security risks, but also as a part of a comprehensive business process management tool.

Greater opportunities for enhanced video analytics are being offered with emerging, advanced video surveillance technologies and systems. The shift towards higher resolution cameras that have higher capacity demands together with the volume of video-data generated and the need to store data for longer, change storage requirements. This drives increased demands for local storage capacity as well as cloud-based video surveillance-as-a-service (VSaaS) offerings.

Here, the right, well thought through approach to storage is needed to make full use of the modern video surveillance solutions available on the market.

Conclusion
The adoption of new technologies and interfaces will continue to disrupt the existing perceptions of how and where HDDs and SSDs should be used in various storage architectures. The accessibility and growth of cloud storage and service offerings will dictate the need for storage in local devices for applications as diverse as file access, media streaming and surveillance storage and analytics.

No matter the application, the industry is reaching an inflection point in the use of HDDs switching to SSDs, and as the price per gigabyte falls, sales of SSDs will continue to grow and adoption will intensify and widen into new applications. What is clear, is that to be successful, manufacturers will need full control of design and development of drives and firmware – in the SSD market, that will by necessity include firmware, controllers and NAND flash memory cells.

http://www.storagenewsletter.com/rubriques/market-reportsresearch/2016-trends-and-driving-forces-in-hdd-and-ssd/

solid-state storage

Posted by: Margaret Rouse
WhatIs.com

Contributor(s): Brien Posey

Sponsored News
Research Revealed: Solid State Storage Buys to Jump in 2015
–Dell
Virtual Server Performance – Why Solid-State Storage Isn’t Enough
–SolidFire
See More
Vendor Resources
ESG: SSDs That Expand the Meaning of Economies of Scale
–Micron Technology
Essential Guide to Solid-State Storage Implementation
–SearchStorage.com
Solid-state storage (SSS) is a type of computer storage media made from silicon microchips. SSS stores data electronically instead of magnetically, as spinning hard disk drives (HDDs) or magnetic oxide tape do.
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Solid-state storage can be found in three form factors: solid-state drives (SSD), solid-state cards (SSC) and solid-state modules (SSM). An important advantage of solid-state storage is that it contains no mechanical parts, allowing data transfer to and from storage media to take place at a much higher speed and providing a more predictable lifespan for the storage media. Because there are no moving parts, SSDs produce far less heat than HDDs.

In addition to providing faster and more consistent input/output (I/O) times, solid-state storage media offers the same levels of data integrity and endurance as other electronic devices, and requires less power and cooling than its electromechanical equivalents. It also generally weighs less.

Solid-state storage terminology
Solid-state storage trends
Although solid-state storage technology is not new, interest in how the technology can be used to improve enterprise storage has been relatively recent. Part of this trend can be attributed to reductions in price, but hardware performance also plays a role. Since the turn of this century, processor speeds have continued to increase dramatically while read and write times for mechanical HDDs have not.

Today’s CPUs can process data much faster than HDD storage can supply it. The resulting lag time is known as latency, and one way enterprise administrators have traditionally dealt with high storage latency is by short-stroking the disk drives. Short-stroking is done by deliberately limiting the disk drive capacity so the disk drive actuator has to move the heads across a smaller number of tracks, reducing seek time. Environments that implement short-stroking typically have to make up for the reduced capacity used in each disk drive by increasing the number of disk drives in these configurations. In contrast, solid-state storage devices have zero seek time. This considerably reduces their latencies, which makes them faster than HDDs, especially for random read/write operations. SSS devices have less of a performance advantage when it comes to sequential read/write operations.

In the enterprise, solid-state storage technology is used for primary storage and also as cache in front of traditional spinning disks, introducing a new layer between the processor and storage. Some industry experts predict solid-state storage will eventually replace hard disk storage if silicon factories can meet the increasing demand for product and the price for SSS continues to decline.

Cost of solid-state storage
Not that long ago, a 2 terabyte (TB) RAM-based solid-state external storage system would cost approximately $600,000. Today, a 2 TB RAID 0 PCI Express-based SSD can be purchased for less than $3,000. A 1 TB SSD can be purchased for about $1,000. While SSD prices have decreased dramatically, SSDs are still more expensive than HDDs. A mechanical HDD with 2 TB of storage can be purchased for less than $150.

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E-Zine
Server-side flash technology lifts solid-state adoption
E-Zine
Object storage market vendors give NAS a nudge
E-Chapter
Cataloging the drawbacks to Hadoop data analysis
Types of solid-state storage systems
There are two types of solid-state systems: flash memory-based systems and RAM-based systems. There are also two types of flash memory: NAND flash and NOR flash.
Margaret Rouse asks:
Do you think solid-state storage technology will ever be priced competitively with hard disk drives?
3 ResponsesJoin the Discussion
NAND flash is generally used in enterprise SSS products because of its higher capacities and faster erase and write times. It is non-volatile, which means the data on the storage media remains in memory after the power is turned off. In contrast, RAM-based solid-state storage is volatile — the storage media requires constant power to retain the data it holds. RAM-based systems have the advantage of being relatively insensitive to the number of times data is written to them.

Flash-based systems have a finite number of writes and, like magnetic tape, the media can wear out. Flash-based SSDs store data in single-level cell (SLC) or multi-level cell (MLC) flash memory cells grouped into pages, and pages organized into blocks. Read and write operations are page-oriented. Erase operations apply only to entire blocks. Disk drives and adapter cards can be RAM- or flash-based, but USB drives are almost always flash-based.
This video (at left) with Demartek LLC founder and president Dennis Martin delves into solid-state storage technology best practices and developments surrounding the technology.

http://searchstorage.techtarget.com/definition/solid-state-storage

 

Solid-state drive

From Wikipedia, the free encyclopedia
This article is about flash-based, DRAM-based, and other solid-state storage. For removable USB solid-state storage, see USB flash drive. For compact flash memory cards, see Memory card. For software-based secondary storage, see RAM drive.
“Electronic disk” redirects here. For other uses, see Electronic disk (disambiguation).
“SSD” redirects here. For other uses, see SSD (disambiguation).

A 2.5-inch SSD, usually found inlaptops and desktop computers

A rackmount SSD storage appliance based on DDR SDRAM

A PCI-attached IO Accelerator SSD

A PCI-Express-, DRAM- and NAND-based SSD that uses an external power supply to effectively make the DRAM non-volatile.

An mSATA SSD with an external enclosure

A solid-state drive (SSD, also known as a solid-state disk[1][2][3] although it contains neither an actual disk nor a drive motor to spin a disk) is a solid-state storage device that usesintegrated circuit assemblies as memory to store data persistently. SSD technology primarily uses electronic interfaces compatible with traditional block input/output (I/O) hard disk drives, which permit simple replacements in common applications.[4] Additionally, new I/O interfaces, like SATA Express, have been designed to address specific requirements of the SSD technology.

SSDs have no moving mechanical components. This distinguishes them from traditional electromechanical magnetic disks such as hard disk drives (HDDs) or floppy disks, which contain spinning disks and movable read/write heads.[5] Compared with electromechanical disks, SSDs are typically more resistant to physical shock, run silently, have lower access time, and lowerlatency.[6] However, while the price of SSDs has continued to decline over time,[7] consumer-grade SSDs are (as of 2016) still roughly four times more expensive per unit of storage than consumer-grade HDDs.[8]

As of 2015, most SSDs use MLC NAND-based flash memory, which is a type of non-volatile memory that retains data when power is lost. For applications requiring fast access but not necessarily data persistence after power loss, SSDs may be constructed from random-access memory (RAM). Such devices may employ batteries as integrated power sources to retain data for a certain amount of time after external power is lost.[4]

Hybrid drives or solid-state hybrid drives (SSHDs) combine the features of SSDs and HDDs in the same unit, containing a large hard disk drive and an SSD cache to improve performance of frequently accessed data.[9][10][11]

Development and history

Early SSDs using RAM and similar technology

SSDs had origins in the 1950s with two similar technologies: magnetic core memory and charged capacitor read-only storage (CCROS).[12][13] These auxiliary memory units (as contemporaries called them) emerged during the era of vacuum-tube computers. Though, their use ceased with the introduction of cheaper drum storage units.[14]

Later, in the 1970s and 1980s, SSDs were implemented in semiconductor memory for early supercomputers of IBM, Amdahl and Cray,[15] but they were seldom used because of their prohibitively high price. In the late 1970s, General Instruments produced an electrically alterable ROM (EAROM) which operated somewhat like the later NAND flash memory. Unfortunately, a ten-year life was not achievable and many companies abandoned the technology.[16] In 1976, Dataram started selling a product called Bulk Core, which provided up to 2 MB of solid state storage compatible with Digital Equipment Corporation (DEC) and Data General (DG) computers.[17] In 1978,Texas Memory Systems introduced a 16 kilobyte RAM solid-state drive to be used by oil companies for seismic data acquisition.[16] The following year, StorageTek developed the first RAM solid-state drive.[18]

The Sharp PC-5000, introduced in 1983, used 128-kilobyte solid-state storage cartridges containing bubble memory.[19] In 1984, Tallgrass Technologies Corporation had a tape backup unit of 40 MB with a solid state 20 MB unit built in. The 20 MB unit could be used instead of a hard drive.[20] In September 1986, Santa Clara Systems introduced BatRam, a 4 megabyte mass storage system expandable to 20 MB using 4 MB memory modules. The package included a rechargeable battery to preserve the memory chip contents when the array was not powered.[21] 1987 saw the entry of EMC Corporation (EMC) into the SSD market, with drives introduced for the mini-computer market. However, by 1993, EMC had exited the SSD market.[16][22]

Software-based RAM disks remain in use as of 2016 because they are an order of magnitude faster than other technology, though they consume CPU resources and cost much more on a per-GB basis.[23]

Flash-based SSDs

In 1989, the Psion MC 400 laptop included four slots for removable storage in the form of flash-based “solid-state disk” cards, using the same type of flash memory cards as used by the Psion Series 3.[24] The flash modules did have the limitation of needing to be re-formatted entirely to reclaim space from deleted or modified files; old versions of files which were deleted or modified continued to take up space until the module was formatted.

In 1991, SanDisk Corporation created a 20 MB solid state drive (SSD) which sold for $1,000.

In 1994, STEC, Inc. bought Cirrus Logic’s flash controller operation, allowing the company to enter the flash memory business for consumer electronic devices.[25]

In 1995, M-Systems introduced flash-based solid-state drives.[26] They had the advantage of not requiring batteries to maintain the data in the memory (required by the earlier volatile memory systems), but were not as fast as the DRAM-based solutions.[27] Since then, SSDs have been used successfully as HDD replacements by the military and aerospace industries, as well as for other mission-critical applications. These applications require the exceptional mean time between failures (MTBF) rates that solid-state drives achieve, by virtue of their ability to withstand extreme shock, vibration and temperature ranges.[28]

In 1999, BiTMICRO made a number of introductions and announcements about flash-based SSDs, including an 18 GB 3.5-inch SSD.[29]

In 2007, Fusion-io announced a PCIe-based SSD with 100,000 input/output operations per second (IOPS) of performance in a single card, with capacities up to 320 gigabytes.[30]

At Cebit 2009, OCZ Technology demonstrated a 1 terabyte (TB) flash SSD using a PCI Express ×8 interface. It achieved a maximum write speed of 654 megabytes per second (MB/s) and maximum read speed of 712 MB/s.[31]

In December 2009, Micron Technology announced an SSD using a 6 gigab