zk-ZKPL (Zero-Knowledge Public Ledger)
Riccardo Dondi
zk-ZKPL (Zero-Knowledge Public Ledger) combines zero-knowledge proofs with public ledgers, ensuring transaction privacy, security, transparency, and decentralization.
Cryptocurrency Privacy
zk-ZKP (Zero-Knowledge Protocol)
zk-ZKP enhances cryptocurrency privacy and security by allowing transaction validation without revealing sensitive information, ensuring confidentiality and efficiency.
zk-ZKMM (Zero-Knowledge Money Market)
zk-ZKMM utilizes zero-knowledge proofs to enable secure, private DeFi transactions, allowing users to lend and borrow digital assets anonymously.
zk-ZeroCoin
zk-ZeroCoin is a cryptographic protocol enhancing privacy and anonymity in cryptocurrency transactions using Zero-Knowledge Proofs, ensuring untraceable and unlinkable operations.
zk-ZCash
zk-ZCash leverages zero-knowledge proofs to ensure enhanced privacy and security in cryptocurrency transactions, maintaining confidentiality and regulatory compliance.
zk-Verifiable
zk-Verifiable uses Zero-Knowledge Proofs to enhance privacy, security, and scalability in cryptocurrency, crucial for the future of blockchain technology.
zk-Provable
zk-Provable, or zero-knowledge provable, enhances security and privacy in cryptocurrency by allowing transaction verification without revealing details.
zk-Privacy
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-Merkle Tree
A zk-Merkle tree merges Merkle trees and zero-knowledge proofs to enhance security, privacy, and scalability in blockchain technology.