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Most of use are aware of not-invented-here syndrome, but the opposite problem is perhaps equally troublesome. We can get stuck in the mindset that there must be a product, library, or code sample, that already does what we want. Instead of just writing the code we need a lot of effort is spent testing out modules and trying to accommodate our own code. At some point we need to just say, 'stop!', and write the code ourselves.
Head transplants has been tried before. In 1970, Robert White led a team at Case Western Reserve University in Cleveland, US, that tried to transplant the head of one monkey on to the body of another. The surgeons stopped short of a full spinal cord transfer, so the monkey could not move its body. Despite Canavero's enthusiasm, many surgeons and neuroscientists believe massive technical hurdles push full body transplants into the distant future. The starkest problem is that no one knows how to reconnect spinal nerves and make them work again. "This is such an overwhelming project, the possibility of it happening is very unlikely," says Harry Goldsmith."
Yet the public record shows that over the years the NSA has honed its ability to steal encryption keys. Recent reports about the compromise of Gemalto's network and sophisticated firmware manipulation programs by the Office of Tailored Access Operations underscore this reality.
The inconvenient truth is that the current cyber self-defense formulas being presented are conspicuously incomplete. Security tools can and will fail. And when they do, what then? It's called Operational Security (OPSEC), a topic that hasn't received much coverage — but it should.