Neural Control and Bioengineering Drones

I can affect individuals' brain functions in a variety of different ways, both

positively and negatively, by engaging or disengaging nodes and networks of the

brain that therefore affect their cognitions, emotions, and ultimately their

behaviors. Something my colleague Jamie Canton likes

to play with an awful lot is

the idea of specialized neural operations.

And here, once again, we're talking about the use of either

drugs and/or devices

to modify the integrity of brain function that we realize can

also modify individuals' perception of time and space.

I infiltrate that bug's nervous system, and I control the way it moves.

By controlling the way it moves, I control the way it goes.

I control its wings pattern. I control where it hovers, where it flies,

where it

articulates. And what I can also do is I can then couple this to a very, very

small scale set of either biosensors or cameras,

and what I basically have here is

a biodrone. I can go one step further and I can also

impregnate that individual, that individual organism, with a very

small-scale weaponizable delivery mode.

In other words, if I'm using a very, very small-scale bioweapon, such as a very

potent organotoxin or the delivery of a very small level of

microbes that we know can either replicate and infect or is

genetically modified to have a very, very high morbidity effect, I can then

utilize this not only as a reconnaissance drone but also as an infiltrative

weaponizable drone that can then deliver some payload