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Submission + - Security Industry Incapable of Finding Firmware Attackers (threatpost.com)

BIOS4breakfast writes: Research presented at CanSecWest has shown that despite the fact that we know that firmware attackers, in the form of the NSA, definitely exists, there is still a wide gap between the attackers' ability to infect firmware, and the industry's ability to detect their presence. The researchers from MITRE and Intel showed attacks on UEFI SecureBoot, the BIOS itself, and BIOS forensics software. Although they also released detection systems for supporting more research and for trustworthy BIOS capture, the real question is, when is this going to stop being the domain of research and when are security companies going to get serious about protecting against attacks at this level?
NASA

Submission + - NASA's future inflatable lunar base

Roland Piquepaille writes: "If you think that future NASA's moon camps need to have a science fiction look, you might be disappointed. Today, NASA is testing small inflatable structures. In fact, if these expandable 'tents' receive positive reviews, astronauts will 'camp' on the moon as early as 2020. These 12-foot (3.65 meter) diameter inflatable units could be used as building blocks for a future lunar base. Right now, a prototype is tested at NASA's Langley Research Center. But NASA also wants to test other inflatable structures in the not-too-friendly environment of the Antarctic next year. Still, it's too early to know if NASA's first habitable lunar base will use inflatable or rigid structures. Here you'll find more details about this project and pictures showing this NASA's inflatable lunar basic unit during and after deployment."
Science

New Accelerator Technique Doubles Particle Energy 124

ZonkerWilliam writes "Plasma wake particle accelerators are making surprisingly quick advances. It was a just a little while ago we had GeV acceleration in 3cm. Now they are capable of doubling the energy of electrons. 'Imagine a car that accelerates from zero to sixty in 250 feet, and then rockets to 120 miles per hour in just one more inch. That's essentially what a collaboration of accelerator physicists has accomplished, using electrons for their race cars and plasma for the afterburners. Because electrons already travel at near light's speed in an accelerator, the physicists actually doubled the energy of the electrons, not their speed.'"

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