the science of secure communication in the presence of adversaries
foundation of the cyber protocol's trust model. every cyberlink is authenticated, every state transition is verifiable, every particle is content-addressed
core primitives in cyber:
- stark proofs — succinct transparent arguments of knowledge
- hemera hashing — the hash function binding particles to the cybergraph
- encryption — protecting data in transit and at rest
- zero-knowledge proofs — verification without disclosure
cryptography enables neurons to prove relevance without trusting intermediaries. the chain of signatures, hashes, and proofs forms the backbone of consensus
modern cryptographic research feeds directly into cyber's roadmap: tfhe for private cyberlinks, stark recursion for scalable verification, threshold schemes for distributed validators
see zero-knowledge, hemera, stark, tfhe, encryption