EMPs, for example, which are largely harmless to us.
They are harmless to our biological body, but not to the modern technology we’ve come to all but depend on—being able to stop nanobots from devouring the planet but needing to destroy the Internet and mains power grid in the process would still be bad news, though one from which humans might eventually recover.
The point was less “Rar EMPs” (I imagine you could construct nanites that would survive an EMP) and more “Rar broadly tailored weaponry.” I can’t imagine exactly what form that weaponry would take—maybe anti-nanite-nanites or even biological parasites which strip the nanites of usable materials. Heck, maybe even just emitting audio waves at the resonant frequency of the nanites. The point is that we could tailor and utilize weaponry on a broad scale which has a minimal impact on us.
Whereas we can’t (yet) design viruses that wipe out only, say, Russians, to go back to the cold war—and even if we could there would be a short mutational gap to targeting everybody.
They are harmless to our biological body, but not to the modern technology we’ve come to all but depend on—being able to stop nanobots from devouring the planet but needing to destroy the Internet and mains power grid in the process would still be bad news, though one from which humans might eventually recover.
The point was less “Rar EMPs” (I imagine you could construct nanites that would survive an EMP) and more “Rar broadly tailored weaponry.” I can’t imagine exactly what form that weaponry would take—maybe anti-nanite-nanites or even biological parasites which strip the nanites of usable materials. Heck, maybe even just emitting audio waves at the resonant frequency of the nanites. The point is that we could tailor and utilize weaponry on a broad scale which has a minimal impact on us.
Whereas we can’t (yet) design viruses that wipe out only, say, Russians, to go back to the cold war—and even if we could there would be a short mutational gap to targeting everybody.