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Programming

Choice of Programming Language Doesn't Matter For Security 192

An anonymous reader writes "The Security Ninja has written a blog post which discusses web programming languages and the fact that they are all insecure. It's based on a report from WhiteHat Security and aims to dispel the myth that some languages will guarantee that an application will be more or less secure than other languages. '... secure code is the product of a secure development process and real business commitment to deliver secure applications which includes developer education. The absence of these processes and business commitments will lead to web applications being developed insecurely regardless of the language being used.'"

Comment Re:Licensing? Severs? (Score 1) 190

not useful for end-user activity? I think you'd have to have a fairly narrow view of "useful" for that statement to be defensible.

My son spent an amusing hour this evening driving a Viper aircraft at ground level from SFO to SEA at 390 miles per hour on Google Earth Flight Simulator. He was asked me how to figure out when he got near SEATAC, which gave me an opportunity to tell him to look for the various volcanos in the Cascades, the Columbia River, and to take a 30 degree left turn at Mt. Rainier.

Sounds useful to me, especially considering that huge fortune I spent on Google Earth.

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"useful" like "beauty" is in the eye of the beholder. We all know that MS produces loathesome software, stifles innovation, and serves up grilled dolphin steaks with penguin sauce to their droids in the cafeteria in Redmond. And yet, and yet, ... dangit: a lot of people kind of like Windows.

I don't, but I have to admit, a lot of people do.

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I think Google Earth is cool. I'm not really sure why Google did it, but I'm not yelling at them for doing it.

Inspector Lopez

Earth

Attack of the Killer Electrons 98

Hugh Pickens writes "At the peak of a magnetic storm, the number of highly energetic 'killer electrons' strong enough to damage electronics and human tissue can increase by a factor of more than ten times, posing a danger to spacecraft, satellites, and astronauts. Killer electrons can penetrate satellite shielding, so if electrical discharges take place in vital components, a satellite can be damaged or even rendered inoperable. For many years, the mechanism by which killer electrons are produced has remained poorly understood, in spite of physicists' attempts at solving this puzzle. Now the ESA reports that data shows the increase in the creation of a substantial number of killer electrons is due to a two-step process. First, the initial acceleration is due to the strong shock-related magnetic field compression. Immediately after the impact of the interplanetary shock wave, Earth's magnetic field lines began wobbling at ultra low frequencies. In turn, these ULF waves effectively accelerate the seed electrons (provided by the first step) to become killer electrons. 'These new findings help us to improve the models predicting the radiation environment in which satellites and astronauts operate. With solar activity now ramping up, we expect more of these shocks to impact our magnetosphere over the months and years to come,' says Philippe Escoubet, ESA's Cluster mission manager."

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