March 18th, 2019

What military applications you ask? Let's back up a bit.

Tesla has a feature promise of "Full Self Driving". Their focus on solving this problem has been sensor input, data collection, and hardware optimisation.

As a Tesla vehicle drives down the road, it will need to make constant calculations to answer the question "will that hit me if I continue?".

Now, assuming the following:

  • software is open
  • data storage location is modifiable

The specialised sensor input hardware and learning algorithms applied with cameras mounted on a soldier or war vehicle. If you make a robot that is highly nimble in that it can spring out of the way in any direction, you have a very formidable weapon on the ground.

So why is this a concern? Why indeed.

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ABOUT THE AUTHOR:
Software Developer always striving to be better. Learn from others' mistakes, learn by doing, fail fast, maximize productivity, and really think hard about good defaults. Computer developers have the power to add an entire infinite dimension with a single Int (or maybe BigInt). The least we can do with that power is be creative.