Common Paradox Tech Blog

coondoggie writes “A radiation-proof Cisco router was sent into space today aboard an Intelsat satellite with the goal of setting up military communications from space. The router/satellite combo is a key part of the US Department of Defense’s Internet Routing In Space (IRIS) project, which aims to route IP voice, video and data traffic between satellites in space in much the same way packets are moved on the ground, reducing delays, saving on capacity and offering greater network flexibility, Cisco stated.”

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angry tapir writes “Cyber attacks on the US Department of Defense — many of them coming from China — have jumped sharply in 2009, a US congressional committee has reported. Citing data provided by the US Strategic Command, the US-China Economic and Security Review Commission said that there were 43,785 malicious cyber incidents targeting Defense systems in the first half of the year. That’s a big jump. In all of 2008, there were 54,640 such incidents. If cyber attacks maintain this pace, the yearly increase will be around 60 percent. The full report (PDF) is available online.”

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This is exactly what the world needs: Another taser. This one can be fired using a standard 40-millimeter grenade launcher, which gives it a 197-foot range—three times the range of the XREP. Supposedly, it’s non-lethal. Some disagree:

There is a known risk of severe injury from impact projectiles, either from blunt force at short ranges or from hitting a sensitive part of the body.

That’s what security researcher Neil Davison says. Given the strength of the grenade launcher, it sounds logical. On the other side, Wes Burgei—an engineer at the US Department of Defense’s Joint Non-Lethal Weapons Directorate—says that the device is designed to “reduce the projectile’s mass and mitigate the impact forces on the target through innovative projectile-nose design.” Whatever. I bet the target would prefer this to a bullet round.

The development cost for the military taser is $2.5 million, but it’ll be totally free for soon-to-be-incapacitated victims worldwide. [New Scientist]

sean_nestor writes with this excerpt from The Register: “Some date the dawn of the net to September 12, 1969, when a team of engineers at the University of California, Los Angeles (UCLA) connected the first two machines on the first node of ARPAnet, the US Department of Defense-funded network that eventually morphed into the modern interwebs. But others — including Professor Leonard Kleinrock, who led that engineering team — peg the birthday to October 29, when the first message was sent between the remote nodes. ‘That’s the day,’ Kleinrock tells The Reg, ‘the internet uttered its first words.’ …A 50kbps AT&T pipe connected the UCLA and SRI nodes, and the first message sent was the word ‘log’ — or at least that was the idea. UCLA would send the ‘log’ and SRI would respond with ‘in.’ But after UCLA typed the ‘l’ and the ‘o,’ the ‘g’ caused a memory overflow on the SRI IMP. … ‘So the first message was “Lo,” as in “Lo and Behold,”‘ Kleinrock says. ‘We couldn’t have asked for a better message — and we didn’t plan it.’”

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dwheeler writes “The US Department of Defense has just released a new official memo on open source software: ‘Clarifying Guidance Regarding Open Source Software (OSS).’ (The memo should be up shortly on this DoD site.) This memo is important for anyone who works with the DoD, including contractors, on software and systems that include software; it may influence many other organizations as well. The DoD had released a memo back in 2003, but ‘misconceptions and misinterpretations… have hampered effective DoD use and development of OSS.’ The new memo tries to counter those misconceptions and misinterpretations, and is very positive about OSS. In particular, it lists a number of potential advantages of OSS, and recommends that in certain cases the DoD release software as OSS.”

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