ZIP (Zcash Improvement Proposal)
Governance and specification documents for protocol changes in Zcash, analogous to Ethereum’s EIPs and Bitcoin’s BIPs. Numbered and versioned proposals.
Governance and specification documents for protocol changes in Zcash, analogous to Ethereum’s EIPs and Bitcoin’s BIPs. Numbered and versioned proposals.
Shielded Zcash address that keeps sender, receiver, and amount private using zk-SNARKs, contrasted with t-addresses that are transparent like Bitcoin.
Privacy-focused blockchain that introduced zk-SNARKs to enable shielded transactions. Supports transparent and shielded pools; proposals tracked as ZIPs.
Cross-chain bridge that verifies state using zero-knowledge proofs instead of multisigs or external validators, reducing trust assumptions for asset transfers.
Techniques to prove ML model inference was executed correctly without revealing model weights or inputs, enabling private scoring and verifiable on-chain AI.
Virtual machine whose execution trace can be proven in zero-knowledge, often RISC-V or custom IR based, enabling general-purpose verifiable compute.
L2 scaling that posts compressed state and validity proofs to L1. Offers strong security with fast finality once the proof is verified on-chain.
An EVM-compatible environment where execution can be proven with zero-knowledge proofs. Comes in types (1–4) balancing bytecode equivalence, prover speed, and compatibility.
Scalable Transparent Argument of Knowledge that avoids trusted setup and uses hash-based security; proofs are larger but post-quantum friendly assumptions are appealing.
Succinct Non-Interactive Argument of Knowledge enabling short proofs and fast verification. Common schemes include Groth16 and PLONK; often needs a trusted setup.
Cryptographic method to prove a statement is true without revealing the underlying information. Powers private payments, identity, and L2 rollups.