VOLE-ZK

Definition ∞ VOLE-ZK refers to Vector Oblivious Linear Evaluation in conjunction with Zero-Knowledge proofs. It is a cryptographic primitive that enables a party to learn a linear combination of another party’s private vector, without revealing any other information about the vector. This technique is often used to build efficient and privacy-preserving protocols.
Context ∞ VOLE-ZK is a cutting-edge cryptographic technique relevant to discussions about highly efficient and private computations in decentralized applications and zero-knowledge rollups. News reports on scaling solutions or privacy improvements for blockchains might mention such advanced primitives for achieving high transaction throughput with strong confidentiality guarantees. Its development contributes to making privacy-preserving blockchain solutions more practical.