You might be more comfortable thinking about deploying math and code as your tactic, but I want to talk to you about the full suite of tactics that we use to effect change in the world. And this is a framework that we owe to this guy Lawrence Lessig.
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The interesting phenomenon related to the RSA algorithm and is not shared with some of the other algorithms is it is useful for both encryption and for digital signature. That is they are two distinct uses and this single algorithm is useful for both of those. And there’s an amazing and somewhat interesting story that then develops from that.
Can we have agreements or the mechanisms for enforcing agreements between governments without having to appeal to the ambiguity of international law?
Encryption is a key piece of a robust enterprise approach to cybersecurity. It keeps down the number of data breaches as the scale and the size of data breaches continues only to grow. It also is the first line of defense that users have against people accessing their data on an individual level.
This is a completely new kind of design challenge. There’s no way that you can take the civilization we have and re-scale it for 1–10 kilograms of copper per human per lifetime. You have to think in a completely different way if you’re going to operate inside of this framework where you take the sustainable harvest of the Earth and you divide by nine billion.