Swarms and Boids
I’m currently working my way through the audiobook of Wired for War: The Robotics Revolution and Conflict in the 21st Century. A great many topics are discussed, including “swarms” – autonomous flying robots that follow three simple rules:
- Separation: steer to avoid crowding local flockmates
- Alignment: steer towards the average heading of local flockmates
- Cohesion: steer to move toward the average position of local flockmates
More info on one such project can be found here.
As a defensive exercise, think of the METT-TC requirements (for both sides) for a “cache hunter” mission launched by the OpFor.
Are you tracking? Because autonomous bots will be.
But fear not. Autonomous bots are still a ways away, though closer than some people think. The semi-private sector leads the way in developing these technologies. They’re the ones not funded by the .gov, who open-source their findings and developments – the hobbyists. And like ArcPat says, what man creates, man can defeat. One of the weaknesses of the OpFor’s birds is the communications path – from eyeball to satellite to receiver to control station, each link is expensive and vulnerable.
The gumball beneath a Predator’s fuselage? It costs one quarter of the Predator’s multi-megabuck price tag. Shoot that while it’s on the ground, and it will become a giant fan with wings.
The receiver dish that sends and received commands? Take an antenna class and you’ll learn just how vulnerable those things are to electromagnetic interference, and how much their shape influences their transceiving capabilities. Then you’ll realize how vulnerable they are to ballistic interference.
Expand your horizons.