I'm struck by how rapidly security seems to be moving into hardware. An added impetus will likely come from the increased awareness (aka fear) that Stuxnet has stirred up in the factory/automation sector. I wrote a little bit about this last month, here.
Every security technology, whether software or hardware-based has their own set of vulnerabilities. Any sense of what the potential downsides or risks are with a silicon-based approach vs. traditional software security methods?
As awareness of Stuxnet continues to resonant in the automation sector, I believe we're going to see a push towards hardware-based security in embedded settings. Of course, Intel is driving this from the vendor side, via their purchase of McAfee and research into security instructions and execution on the microprocessor/microcontroller itself.
Why would the biggest connector company in the world design and build the first fully functional 3D-printed motorcycle? To show TE Connectivity's engineers what the technology can really do in making working load-bearing production parts, and free up their thinking when approaching design problems.
The enhanced ST8 includes new functionality designed to help users accelerate design speed and improve the user’s ability to leverage synchronous technology. The update offers greater flexibility in choice of platform and purchasing options, according to the company.
“How can European standards affect me, especially since I only use machines built in the US?” This is a common question, and one way to answer this is to look at how machine safety is enforced, where the information comes from, and how well you can prove you followed the regulations.
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