Robots are getting better, and some people are already talking about the liability issues. I’ll bet there are a few corporate lawyers and litigation specialists helping drive the talk:
http://cacm.acm.org/news/169024-legal-issues-with-robots/fulltext
They’re worried about open source robots. Who to blame when something goes wrong?
Much worry about nothing. Who sued Microsoft for all the time and money lost to the Blue Screen Of Death?
Nobody died, but….
It’s simple anyway. If you build a robot and sell it and it is to blame in some hypothetical situation, it’s a deal between them and you. Linux proved more reliable than Microsoft, more stable and generally less vulnerable to attacks, but Microsoft gets liability protections when it sells its stuff. Disclaimers tell you that by using it, you can’t blame them for the results.
Some computer academics want to roll that back. But do businesses really want that? For a fool-proof computer system, for all contexts and uses that you might imagine, free of glitches, you’d have to pay double.
Look, you want a car that will resist damage in an accident to that extent? Get an 18-wheeler. Otherwise, get what you can pay for and what you think is worth it. Or if you’re a business, of course it’s the same thing.
Of course, I’m glad Open Source is invading the robotics space. It’s already practically taken over the 3-D printing space, from what I can see.
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http://cacm.acm.org/news/169004-nasa-says-first-space-internet-test-beyond-expectations/fulltext
NASA was (is) testing laser communication systems as a medium for a space-based Internet.
Cornell says the laser communications system could form the building blocks of an outerspace Internet. “This is the beginning of that,” he says. “I think we could have that with delay tolerant networking.”
NASA hopes to use similar systems for faster satellite communications and deep space communications with robots and human exploration crews in the future. Two-way laser communications systems can deliver six times more data with 25 percent less power than the best radio systems currently in use today, and weigh half as much, Cornwell notes.
“Oh, it’s going to enable a lot of things,” he says, “but the big benefit is you can send back more data from wherever you are.”
It will require line-of-sight, right? But then there’s not as much clutter in space as there is on the ground here, except for near-Earth orbiting space junk and useful stuff up there.
Related articles
- NASA says first space Internet test ‘beyond expectations’ (networkworld.com)
- NASA’s moon probe starts outer space Internet test (networkworld.com)
- NASA Sets Record With 622 Mbps Transmission to the Moon – (dslreports.com)
- GM, NASA take first steps toward Terminator bot (reviews.cnet.com)