In a report that leaves us thinking that we are all a big step closer to Skynet coming online, the Defense Advanced Research Projects Agency (who else?) has announced it’s breaking new ground in the area of “highly autonomous” and “deeply interconnected drones, jets, ships” which can coordinate strikes and recalibrate changing mission parameters independent of real-time or constant human input.
What could go wrong? But apparently the only problem that a Defense One report sees with the DARPA/Pentagon-funded project is that the system which includes “swarming UAV’s” could be hacked by the enemy.
According to the report:
But this massive, coordinated strike across air, land, sea and cyberspace is sure to run headfirst into electronic warfare defenses designed to disrupt the networks that make it possible.
DARPA announced that it successfully tested both live and virtual drones capable of “high degrees of autonomy” while under heavy electronic attack to see if they were capable of conducting coordinated missions. The series of simulations was conducted at Arizona’s Yuma Proving Ground last week, according to a DARPA statement .
The DARPA announcement reads: “The [unmanned aerial systems] efficiently shared information, cooperatively planned and allocated mission objectives, made coordinated tactical decisions, and collaboratively reacted to a dynamic, high-threat environment with minimal communication.”
The DoD has long funded experimental programs — the most significant ones through DARPA — involving the implementation artificial intelligence (AI) and machine learning on the battlefield. But the Achilles’ heel of such experimental AI related communications technology has been the possibility that electronic countermeasures would disrupt the systems.
The DARPA “CODE” program involves swarming UAV’s that could use AI to communicate and coordinate even when sophisticated electronic countermeasures are deployed by the enemy.
The Yuma tests represent that for the first time the military successfully demonstrated that AI could find “small areas of spectrum to allow for short bursts of essential communications between military assets—little windows where just enough data can get through to allow for all the components to work together,”