zk-Privacy
Riccardo Dondi
zk-Privacy, or "zero-knowledge privacy," enhances cryptocurrency security by validating transactions without revealing transaction details.
zk-PLONK
zk-PLONK offers secure, scalable privacy for blockchain via Zero-Knowledge Proofs and Polynomial Commitments, eliminating the need for a trusted setup.
zk-Oracles
zk-Oracles leverage zero-knowledge proofs to securely and privately bridge off-chain data with on-chain smart contracts, enhancing DApp functionality and trust.
zk-MPC (Zero-Knowledge Multi-Party Computation)
zk-MPC merges Zero-Knowledge Proofs and Multi-Party Computation, enabling secure, private cryptocurrency transactions and trustless collaborations.
zk-Microtransaction
zk-Microtransaction leverages Zero-Knowledge Proofs to ensure secure, private, and efficient small-value cryptocurrency transactions, ideal for frequent digital use.
zk-Merkle Tree
A zk-Merkle tree merges Merkle trees and zero-knowledge proofs to enhance security, privacy, and scalability in blockchain technology.
zk-Ledger
zk-Ledger, utilizing zero-knowledge proofs, secures cryptocurrency transactions while enhancing privacy, security, and scalability across various sectors.
zk-Jubjub
zk-Jubjub is an elliptic curve used in zero-knowledge proofs, optimizing privacy, efficiency, and security in cryptocurrency transactions, notably in Zcash.
zk-Interoperability
zk-Interoperability uses zero-knowledge proofs to enable secure, efficient interaction and data sharing between different blockchain networks.
zk-Identity
zk-Identity leverages Zero-Knowledge Proofs to verify user identities without revealing personal details, enhancing privacy, security, and compliance in cryptocurrency.