FASTPQ Proof Composition
The ordered phases - trace commitment, challenge derivation, DEEP-FRI folding, and Merkle openings - that create a FASTPQ proof.
FASTPQ Proof Composition
CryptographyThe ordered phases - trace commitment, challenge derivation, DEEP-FRI folding, and Merkle openings - that create a FASTPQ proof.
Sections
Definition
The ordered phases - trace commitment, challenge derivation, DEEP-FRI folding, and Merkle openings - that create a FASTPQ proof.
Why it matters
Defines the exact sequence of cryptographic steps so that any validator can verify a proof independently, ensuring trustless auditability across the network.