Monthly Archives: October 2014

The North American hardware encryption display market is expected to reach $57,116.8 million by 2018 – New Report by …

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(PRWEB) October 13, 2014

The North American hardware encryption display market report defines and segments the concerned market in North America with analysis and forecast of revenue. This market was valued $4,862.8 million in 2013, and is expected to reach $57,116.8 million by 2018, at a CAGR of 63.7% from 2013 to 2018.

Browse through the TOC of the North American hardware encryption market report, to get an idea of the in-depth analysis provided. This also provides a glimpse of the segmentation of the market, and is supported by various tables and figures.

http://www.micromarketmonitor.com/market/north-america-hardware-encryption-6963113786.html

Currently, the smartphones and tablets are the most widely used consumer electronics products, which have surpassed computer/desktop web users. Thus, it has become one of the emerging markets for hardware encryption. The hardware encryption enabled on smartphones and tablets are majorly devoid of any storage components, thus it cannot be considered as a separate product. Most enterprise-edition smartphones and tablets have a hardware encryption chip set in them, which does the encryption and decryption processes. The main strategy of the market leaders in the hardware encryption industry is to provide complete solution to protect data, which is not only limited to one product line, but is also solutions for management all sorts of devices that can store data, such as flash drives, smartphones, and tablets.

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North America is the potential market for hardware encryption as it accounted for nearly 33% of the global hardware encryption market share in 2013. The technological innovations in the field of data security solutions have led to decreasing average costs of hardware encrypted products. The resultant cost differences between hardware and non-hardware encrypted products are expected to drive the concerned market in the region. The major countries contributing to the North American hardware encryption market are the U.S., Canada, and Mexico. The U.S. dominates the market, due to the top players, such as Seagate Technology Plc (U.S.) and Imitation Corporation (U.S.), who have collaborated with encryption software providers, encrypted USB flash drive players, and hardware encryption chip set manufacturers in this region.

Early buyers will receive 10% customization on this report.

http://www.micromarketmonitor.com/contact/6963113786-request_for_customization.html This market is segmented and forecast based on applications, products, and end-users. The market in terms of application comprises automotive, consumer electronics, emerging & next gen applications, medical, military, and networking/communication solutions. On the basis of products, the market is segmented into flash drive, hard disk drives, and in line encryptors. The market is further segmented and forecast based on end-users, covering building/infrastructure, consumer & commercial, industrial manufacturing, and other end-users.

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The North American hardware encryption display market is expected to reach $57,116.8 million by 2018 - New Report by ...

Revving up fluorescence for superfast LEDs

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Duke University researchers have made fluorescent molecules emit photons of light 1,000 times faster than normal -- setting a speed record and making an important step toward realizing superfast light emitting diodes (LEDs) and quantum cryptography.

This year's Nobel Prize in physics was awarded for the discovery of how to make blue LEDs. While the discovery has had an enormous impact on lighting and displays, the slow speed with which LEDs can be turned on and off has limited their use as a light source in light-based telecommunications.

In a new study, engineers from Duke increased the photon emission rate of fluorescent molecules to record levels by sandwiching them between metal nanocubes and a gold film.The results appear online October 12 in Nature Photonics.

Above: an artist's representation of light trapped between a silver nanocube and a thin sheet of gold. When fluorescent molecules -- shown in red - are trapped between the two, they emit photons up to 1,000 times faster than normal.

"One of the applications we're targeting with this research is ultrafast LEDs," said Maiken Mikkelsen, an assistant professor of electrical and computer engineering and physics at Duke. "While future devices might not use this exact approach, the underlying physics will be crucial."

Mikkelsen specialises in plasmonics, which studies the interaction between electromagnetic fields and free electrons in metal. In the experiment, her group manufactured 75-nanometer silver nanocubes and trapped light between them, greatly increasing the light's intensity.

When fluorescent molecules are placed near intensified light, the molecules emit photons at a faster rate through an effect called Purcell enhancement. The researchers found they could achieve a significant speed improvement by placing fluorescent molecules in a gap between the nanocubes and a thin film of gold.

To attain the greatest effect, Mikkelsen's team needed to tune the gap's resonant frequency to match the color of light that the molecules respond to. With the help of co-author David R. Smith, the James B. Duke Professor and Chair of Electrical and Computer Engineering at Duke, they used computer simulations to determine the exact size of the gap needed between the nanocubes and gold film to optimise the setup.That gap was 20 atoms wide.

"We can select cubes with just the right size and make the gaps literally with nanometer precision," said Gleb Akselrod, a postdoc in Mikkelsen's lab and first author on the study. "When we have the cube size and gap perfectly calibrated to the molecule, that's when we see the record 1,000-fold increase in fluorescence speed."

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Revving up fluorescence for superfast LEDs

Edward Snowden reveals more details about his reunion with pole dancer girlfriend in Moscow

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NSA leaker reunited with dancer Linsday Mills, with whom he lived in Hawaii He revealed via webcam to New York audience 'she wasn't pleased' The two are together again in Moscow, where Snowden is claiming asylum Vladimir Putin has granted the wanted man permission to stay for 3 years British government today revealed leaks have made their job much harder GCHQ takes TRIPLE the time to crack messages thanks to Snowden tip-off

By Kieran Corcoran for MailOnline and Reuters and Mia De Graaf for MailOnline

Published: 00:40 EST, 12 October 2014 | Updated: 08:48 EST, 12 October 2014

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Edward Snowden has revealed his long-term girlfriend was 'not entirely pleased' with the saga that forced them to flee their home in Hawaii.

The former National Security Agency contractor was finally reunited with pole dancer Lindsay Mills this July in Moscow, where he is claiming asylum.

In a new documentary, the couple are pictured together for the first time in more than a year, looking settled and homely in their Russian apartment.

But last night Snowden conceded that his other half did not take the life change lightly.

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Edward Snowden reveals more details about his reunion with pole dancer girlfriend in Moscow

Edward Snowden gets three-year Russia residency permit

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Edward Snowden has received a three-year residency permit from Russia.

The ex-US intelligence contractor's lawyer Anatoly Kucherena confirmed the news today (August 7)

Fugitive US intelligence whistleblower Edward Snowden given 3-year residency permit by Russia http://t.co/tLKcbHcv6g pic.twitter.com/ySuvUvASBI

Last year, Snowden secured refugee status in Russia having previously been holed up in Sheremetyevo airport.

Snowden fled the US after revealing details about the US government's controversial PRISM surveillance programme.

The whistleblower gave Channel 4's Alternative Christmas Message for 2013, where he argued that privacy is important because it is "what allows us to determine who we are and who we want to be".

Earlier this year, incoming NSA chief Admiral Michael Rogers downplayed the significance of Snowden's revelations about the spy agency.

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Edward Snowden gets three-year Russia residency permit

How strong is Microsoft Excel encryption?

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I use encrypted Excel 2007 documents to store some sensitive financial information on my Windows 7 laptop. To give me access to these off site I'm thinking of attaching a copy to an email message. How secure is the encryption?

Secondly: on opening the laptop I occasionally get a red tinge on the screen, which disappears when I move the screen slightly. Am I right in assuming that this is probably something to do with the flat cable that connects the screen to the body of the laptop?

Second question first, and yes, it sounds a lot like a connector problem. It will probably only get worse so it is worth getting it seen to ASAP, in case you lose the display altogether. If it is just a loose connector it should be a fairly quick and easy fix for an engineer; I would not attempt a DIY repair, though, as dismantling laptops, without the right tools and skills, can be a tricky and risky business.

Up to Excel 2000 encryption was weak and could be broken in a matter of seconds using widely available utilities on the web. It was strengthened significantly in Excel 2002/3, and changing from the default encryption method made it even stronger. Further improvements followed in Excel 2007 and the default settings, in conjunction with a long (9 or more alphanumeric characters and symbols), should be sufficient to keep your files safe from all but the most determined hackers, with access to powerful computers and a lot of time on their hands. Even so, you might want to rethink how you are going to access these files, especially if it is going to involve connecting to the Internet through potentially insecure public wireless networks and hotspots.

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How strong is Microsoft Excel encryption?

Intel, SkyWard and others back open source software for aerial drones

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Several top aerial drone companies joined electronics giants Intel and Qualcomm on Monday to back a new open source software project for running unmanned aerial drones.

The Dronecode Project, administered by the nonprofit Linux Foundation, aims to establish common technology for use across the industry. Drones are rapidly expanding beyond their military base for use in agriculture, filmmaking, environmental research and other fields.

In addition to Intel, Dronecode backers include SkyWard, a Portland startup developing management tools to help drone companies comply with flight rules and insurance standards.

"Commercialdroneoperators need reliable, effective technologies and infrastructure to support their work," said Jonathan Evans, SkyWard's chief executive officer, in a written statement. "Open source projects serve to cultivate an ecosystem of collaborative intelligence at a global scale, and are the foundation for enabling the Aerial Robotics Network."

"For any new technology to become mainstream, it's important for theindustryplayers tocollaborate, said a written statement from Imad Sousou,an Intel vice president and general manager of the chipmaker's , Open Source Technology Center."Open source contributions to the Dronecode Project can help accelerateinnovation in a new marketsuch as this."

Oregon and southern Washington are home to a cluster of drone companies and research efforts, including Boeing subsidiary Insitu and test ranges in central, eastern and coastal Oregon.

Dronecode backers announced the project Monday at the Embedded Linux Conference in Germany.

--Mike Rogoway; twitter:@rogoway; 503-294-7699

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Intel, SkyWard and others back open source software for aerial drones