For sure. Laserpointer to blind it, jam gps to confuse it...
> And in order to tase or spray someone it has to get really low.
For tasing, sure. And for spraying an individual in the face. But if we're talking swarm-based crowd control, there might be other options. Anything bad that drops down (say 1000 minature cs-cannisters -- effective even if a few are "thrown back", other gas that is heavier than air, perhaps created by blending two components "on board" the drone, perhaps forms of acid or irritants liquids that are arezol'ed with pressure... audio-attacks...
In fact, swarm based drones might even be hard to take out, if they could rely on low-bandwidth, near-field comms, such as IR, lasers, (directional) ultrasound or whatnot. Not even sure if there's much current research in combining directional ultrasound with the type of advanced coding that is used for high-bandwidth radio short-wave/microwave comms.
For sure. Laserpointer to blind it, jam gps to confuse it...
> And in order to tase or spray someone it has to get really low.
For tasing, sure. And for spraying an individual in the face. But if we're talking swarm-based crowd control, there might be other options. Anything bad that drops down (say 1000 minature cs-cannisters -- effective even if a few are "thrown back", other gas that is heavier than air, perhaps created by blending two components "on board" the drone, perhaps forms of acid or irritants liquids that are arezol'ed with pressure... audio-attacks...
In fact, swarm based drones might even be hard to take out, if they could rely on low-bandwidth, near-field comms, such as IR, lasers, (directional) ultrasound or whatnot. Not even sure if there's much current research in combining directional ultrasound with the type of advanced coding that is used for high-bandwidth radio short-wave/microwave comms.