Polynomial and Vector Commitment simulation framework proving evaluation correctness f(z)=y without revealing the entire vector payload.
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Updated
Sep 9, 2026 - Python
Polynomial and Vector Commitment simulation framework proving evaluation correctness f(z)=y without revealing the entire vector payload.
Polynomial and Vector Commitment simulation framework proving evaluation correctness f(z)=y without revealing the entire vector payload.
Merkle Mountain Range (MMR) append-only cryptographic accumulator supporting O(log N) inclusion proofs, peak bagging, and pruning.
Merkle Mountain Range (MMR) append-only cryptographic accumulator supporting O(log N) inclusion proofs, peak bagging, and pruning.
Browser-based RSA accumulator — membership proofs, Bézout non-membership proofs, and an RFC 6962 Merkle tree side by side, with a 64-byte digest over up to 1,000 elements, witnesses that go stale and are repaired from public data, and ten forgery attempts where the one that cannot fail is the trapdoor itself
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