Cryptographic Proof
Also known as: ZK Proof, Merkle Proof, Verifiable Computation
A mathematical method used to verify data or computation validity without revealing underlying information.
A cryptographic proof is a verifiable assurance that a statement or computation is true, generated using cryptographic techniques. These proofs allow parties to demonstrate validity without revealing sensitive data. Examples include zero-knowledge proofs (ZKPs), digital signatures, and Merkle proofs. Cryptographic proofs underpin privacy-preserving transactions, identity systems, and Layer 2 scalability technologies like zk-rollups. They provide security and trust in decentralized systems by enabling off-chain or private verification that can be publicly validated on-chain.