Lawmakers to Reintroduce Bill to Limit NSA Spying

House lawmakers are attempting to revive a popular bill that would limit the National Security Agency's ability to spy on Americans' communications data, a day after the measure was left out from ongoing government funding negotiations.

The measure, dubbed the Secure Data Act and spearheaded by Democratic Rep. Zoe Lofgren, would block the NSA and other intelligence agencies from compelling tech companies to create so-called backdoor vulnerabilities into their devices or software. Sen. Ron Wyden, also a Democrat, introduced a similar version of the bill earlier Thursday.

A Lofgren aide said the bill is expected to be introduced later Thursday with Republican cosponsors.

A broader form of the legislation overwhelmingly passed the House in June with bipartisan support on a 293-123 vote, in the form of an amendment tacked on to a defense appropriations bill. That previous bill additionally would have prevented intelligence agencies from engaging in content surveillance of Americans' communications data without a warrant.

But the language was left out of ongoing negotiations between both chambers over a spending package that would fund most government agencies into next year. The House has additionally barred amendments to that omnibus measure, a common practice.

On Thursday, 30 civil-liberties groups of both liberal and conservative leanings wrote to House leadership to urge it to retain the proposal as part of its funding package.

"Failing to include this amendment in the forthcoming FY15 omnibus will send a clear message to Americans that Congress does not care if the NSA searches their stored communications or if the government pressures American technology companies to build vulnerabilities into their products that assist in NSA surveillance," read the letter, whose signatories include the Electronic Frontier Foundation and TechFreedom.

Despite the sudden push and the margin with which the bill passed this summer, it remains unlikely the bill will move forward in lame-duck session, given the closed amendment process on the funding proposals. Aides to both Lofgren and Wyden conceded the reintroduction was largely to set goalposts for negotiations next year.

Broader NSA reform efforts crumbled in the Senate last month, as the USA Freedom Act came up two votes short of advancing. The lack of NSA reform this year has many privacy advocates worried that their cause faces an uphill battle in 2015, as Republicans retake the Senate.

Key portions of the post-9/11 Patriot Act are due to expire in June of next year, however, including Section 215, which grants the government much of its bulk spying authority. Congress will have to reauthorize the provisions in some fashion or risk losing even greater surveillance authority.

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Lawmakers to Reintroduce Bill to Limit NSA Spying

Oral Arguments in Idaho Woman’s Case Against NSA Spying, Monday

Seattle, WA - infoZine - An appeals court will hear oral arguments in Smith v. Obama, a case filed by an Idaho nurse against a controversial National Security Agency (NSA) telephone data collection program, in Seattle on Monday, Dec. 8.

Anna Smith, a neonatal nurse from Coeur d'Alene, filed her lawsuit against President Barack Obama and several U.S. intelligence agencies in June 2013, shortly after the government confirmed that the NSA was collecting telephone records on a massive scale under Section 215 of the Patriot Act. Smith, a Verizon customer, argues the program violated her Fourth Amendment rights by amassing a wealth of detail about her familial, political, professional, religious, and intimate associations. Following a district court ruling against Smith, the Electronic Frontier Foundation (EFF), the American Civil Liberties Union (ACLU) and the American Civil Liberties Union of Idaho joined the case as co-counsel in July 2014 to assist in crafting the appeal.

EFF presented appellate oral arguments in a similar case, Klayman v. Obama, last month. On Dec. 18, EFF will present arguments in San Francisco in Jewel v. NSA, asking the court to find that the NSA's mass copying of Internet communications violates the Fourth Amendment. EFF's other challenge to NSA surveillance, First Unitarian Church of Los Angeles v. NSA, remains pending before a trial judge.

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Oral Arguments in Idaho Woman's Case Against NSA Spying, Monday

New communications app Wire tones down encryption claims

Wire, the new communications app backed by Skype co-founder Janus Friis, debuted to much fanfare this week. But mere days later, the app is already embroiled in controversy after an answer in its user FAQ oversold the company's security chops.

Wire uses end-to-end encryption for its voice calls, which should make it nearly impossible for anyone to eavesdrop depending on how the encryption was implemented. Hurrah!

But Wire can also be used for sharing photos, links, and textall of which does not use end-to-end encryption. Instead, text and media are encrypted between a device and Wires servers, meaning the company could theoretically decrypt any message passing through its data center.

That deficit prompted noted security researcher known online as The Grugq to warn people against using Wire. New messenger @wire DOES NOT encrypt messages or media end to end. It is not safe, do not use, he wrote on Twitter.

The story behind the story: In this post-Snowden age where privacy is top of mind, encryption is a big feature that many tech companies are trying to build into their products. Even Google and Yahoo are working on end-to-end encryption for their email products.

The failure to use end-to-end encryption for text and media is not unusual. Ars Technica reported in May 2013 that Microsoft was doing something similar with Skype.

But Wire may also have been misleading its users. The new services FAQ section used to feature an explanation about who can see the messages you send using Wire, according to a report by Motherboard. The now-pulled FAQ reportedly stated that your messages and conversation history can only been seen by you and the people in those conversations.

If Wire has the ability to decrypt and read your messages (regardless of whether it actually uses that power) then clearly more people than just you and your pals can read your conversation.

Shortly after Motherboard contacted Wire that FAQ question was pulled. The site now has a similar question that asks, who can see my messages on Wire? The response: Your messages and conversation history are not public. They are only displayed in the conversations in which you posted them.

Its not clear why Wire isnt encrypting messages and media. Perhaps its a cost issue for a new, free service. Theres also a chance Wire has Facebook-like dreams to make money off of advertising that caters to a users interests. The latter may not be the case, as the company says it does not use personal data or the content from your conversations for advertising or marketing purposes.

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New communications app Wire tones down encryption claims

Android 5.0 woes memory encryption can slow smartphone

PM Modi extends birthday wishes to Thailand King

Thailand News.Net - Friday 5th December, 2014

Prime Minister Narendra Modi on Friday extended his birthday greetings to Thailnd King Bhumibol Adulyadej. The Prime Minister took to twitter to wish the Thai ruler. "I extend birthday greetings to ...

Thailand News.Net - Friday 5th December, 2014

Singapore-born British violinist Vanessa Mae, who made her debut in the 2014 Winter Olympics in Sochi as a skier and represented Thailand in the women's giant slalom, has reportedly appealed against ...

Thailand News.Net - Friday 5th December, 2014

Prime Minister Narendra Modi has greeted the people of Thailand on their National Day. "Warm greetings to people of Thailand on their National Day. Strong ties with Thailand remain a key priority ...

Thailand News.Net - Thursday 4th December, 2014

On the eve of the National Day of Thailand, President Pranab Mukherjee on Thursday extended his greetings and felicitations to the King and people there. "On behalf of the Government, the people of ...

Thailand News.Net - Thursday 4th December, 2014

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Digital Government and Content on the Moon – Hugo Pickford-Wardle – Video


Digital Government and Content on the Moon - Hugo Pickford-Wardle
At the in London, I gave a presentation on Drupal and open source software as an essential facilitator in the practice of good digital government today, "Code for a Better World: Open Source...

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2014 IEEE JAVA/DOTNET Random Grid Based Visual Cryptography Schemes – Video


2014 IEEE JAVA/DOTNET Random Grid Based Visual Cryptography Schemes
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2014 IEEE NETWORK SECURITY Random Grid Based Visual Cryptography Schemes – Video


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Controlled emission and spatial splitting of electron pairs demonstrated

5 hours ago Etched semiconducting channel with electron source (A) and barrier (B). The electron pairs are emitted by the source and split at the barrier into two separate electric conductors (arrow). Credit: PTB

In quantum optics, generating entangled and spatially separated photon pairs (e.g. for quantum cryptography) is already a reality. So far, it has, however, not been possible to demonstrate an analogous generation and spatial separation of entangled electron pairs in solids. Physicists from Leibniz University Hannover and from the Physikalisch-Technische Bundesanstalt (PTB) have now taken a decisive step in this direction. They have demonstrated for the first time the on-demand emission of electron pairs from a semiconductor quantum dot and verified their subsequent splitting into two separate conductors.

Their results have been published in the current online issue of the renowned journal Nature Nanotechnology.

A precise control and manipulation of quantum-mechanical states could pave the way for promising applications such as quantum computers and quantum cryptography. In quantum optics, such experiments have already been performed for some time. This, for example, allows the controlled generation of pairs of entangled, but spatially separated photons, which are of essential importance for quantum cryptography. An analogous generation and spatial separation of entangled electrons in solids would be of fundamental importance for future applications, but could not be demonstrated yet. The results from Hannover and Braunschweig are a decisive step in this direction.

As an electron source, the physicists from Leibniz University Hannover and from PTB used so-called semiconductor single-electron pumps. Controlled by voltage pulses, these devices emit a defined number of electrons. The single-electron pump was operated in such a way that it released exactly one electron pair per pulse into a semiconducting channel. A semitransparent electronic barrier divides the channel into two electrically distinct areas. A correlation measurement then recorded whether the electron pairs traversed the barrier, or whether they were reflected or split by the barrier. It could be shown that for suitable parameters, more than 90 % of the electron pairs were split and spatially separated by the barrier. This is an important step towards the envisioned generation and separation of entangled electron pairs in semiconductor components.

Explore further: Scientists open a new window into quantum physics with superconductivity in LEDs

More information: "Partitioning of on-demand electron pairs." Nature Nanotechnology (2014), DOI: 10.1038/nnano.2014.275

A team of University of Toronto physicists led by Alex Hayat has proposed a novel and efficient way to leverage the strange quantum physics phenomenon known as entanglement. The approach would involve combining ...

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Controlled emission and spatial splitting of electron pairs demonstrated