Well think about it this way - No More Bullets, No More Missiles need to be made, No More Explosives for those missiles or bombs.That should reduce the cost of the military. Much more precise too. Of course there is a downside as well - the people that make those bullets and missiles will need to find a new job.
Perhaps the only countermeasure the enemy needs is a shiny new paint job on their aircraft.
Or maybe at last they really do need the gold-plated weapon systems that the defense industry wants to sell them.
I hear every branch of the U.S. armed services is developing more kinds of drones than you can shake a stick at these days, seeing them as a very effective tools.
I guess the next step is making sure the other guy doesn't have them or can't use them effectively.
Drone wars indeed. The next generation of young people may not have to don uniforms and go overseas, just man the videogame consoles in the den!
Now all we have to do is sell this to some foreign powers and they can shoot down our UAV's. :-) Keeps the Defense machine running. Great usage of tax dollars. Seriously, the tracking algorithms will probably find usage in commercial applications.
Think about though. This is yet another type of weapon for destruction and battlefield usage which may, in fact, be banned because of ethical issues. I guess it's better than metal jacketed bullets with uranium cores, but we shouldn't get too carried away with the technology without at least considering the consequences.
If it is used, it should be restricted, in my opinion. Like land-mines, or atomic bombs: "seemed like a good idea at the time."
How long do you think it will take for battlefield lasers to be deployed? If you go back and watch the original Star Wars saga, you will find that it is staring to look like Flash Gordon--that is, full of technologies that may never see the light of day. Battlefield lasers, however, may be a Star Wars technology that actually enters the realm of reality. The Navy has been testing its lasers on stationary targets for some time, but this demonstration shows that the Raytheon sensors and tracking algorithms can also shoot down moving targets in realtime. They are still as much as a decade away from widespread deployment, but battlefield lasers are starting to seem less far fetched than Flash Gordon's ray gun. How long do you think it will take for battlefield lasers to be deployed?
What are the engineering and design challenges in creating successful IoT devices? These devices are usually small, resource-constrained electronics designed to sense, collect, send, and/or interpret data. Some of the devices need to be smart enough to act upon data in real time, 24/7. Specifically the guests will discuss sensors, security, and lessons from IoT deployments.