zk-Swap
Riccardo Dondi
zk-Swap uses zero-knowledge proofs to enhance privacy, security, and scalability in cryptocurrency transactions, making it crucial for decentralized finance.
Riccardo Dondi
zk-Succinct
zk-Succinct enhances blockchain security and efficiency by enabling zero-knowledge proofs that are both private and quickly verifiable, aiding scalability and privacy.
zk-STARK
zk-STARKs enhance blockchain scalability, privacy, and security by enabling efficient, transparent zero-knowledge proofs without revealing sensitive data.
zk-Staking
zk-Staking combines staking with zero-knowledge proofs, enhancing blockchain privacy, security, and efficiency, revolutionizing DeFi.
zk-SNARK
zk-SNARK is a cryptographic protocol enhancing privacy and security in cryptocurrency transactions by proving possession of information without revealing it.
zk-SNAPP (Zero-Knowledge Succinct Non-Interactive Argument of Proof)
zk-SNAPP is a cryptographic method enabling proof of a statement's validity without revealing details, enhancing privacy, efficiency, and scalability in cryptocurrency.
zk-SHA256
zk-SHA256 combines Zero-Knowledge Proofs and the SHA-256 hash function, ensuring secure, private cryptocurrency transactions without compromising integrity.
zk-Settlement
zk-Settlement leverages Zero-Knowledge Proofs to ensure privacy, scalability, and security in blockchain transactions, crucial for evolving cryptocurrency ecosystems.
zk-RSA
zk-RSA combines zero-knowledge proofs with RSA encryption to enhance security and privacy in cryptocurrency transactions, ensuring sensitive data remains undisclosed.
zk-Rollup Provider
zk-Rollup providers enhance blockchain scalability by aggregating transactions, generating zero-knowledge proofs, and ensuring security and decentralization.