Pairing early robotics work with nanotechnology and combining that with long-term ethological studies of swarming behavior across a range of species from insects to birds to fish yields a number of interesting results with potential applications for search and rescue, law enforcement, military and intelligence operations.
With additional downscaling and associated reductions in production costs, these and similar devices can become ubiquitous, self-organizing, and thus fulfill missions with little resource allocation requirements in terms of human oversight.



