Hash functions

• How to choose our zk friendly hash
• ZK hashes- General
  • ZKP friendly hash functions: SOK
  • Whats the deal with hashes: zk hack
  • Sponge functions: paper
  • S box properties
  • Hash Functions Monolith for ZK Applicationss
  • STARK friendly hash functions
  • Merkling
    • What is a merkle tree
    • Merkle trees
    • why you should not sort your Merkle Leaves
  • Fiat Shamir
    • Merlin: Fiat-Shamir magic generator
    • How to Fiat Shamir
    • Serving up ZKP
    • Frozen Heart vulnerability
      • in Girault proof of knowledge
      • in Bulletproofs
      • in Plonk
• Hashes
  • Keccak: Sponge and Duplex constructions
  • SHA256
    • Halo2 16 bit lookup implementation
  • Poseidon
    • POSEIDON: A New Hash Function for Zero-Knowledge Proof Systems
    • some documentation
    • Encryption With Poseidon: Dima Khovratovich
    • SAFE A tool box for Poseidon API
      • SAFE: Faster and simple hashing with ZKP
    • Encoding of long objects in Poseidon - Dmitry Khovratovich
    • Talk Grassi
    • Plonky2: Poseidon gate
    • Penumbra: Poseidon Decaf377
    • Poseidon Implementations
      • code: filecoin
        • Poseidon in Filecoin - Dmitry Khovratovich
      • code: Ingonyama (python)
      • code: Dusk network
      • code: Dust network - Poseidon merkle
      • code: Triplewz - GO
  • Rescue
    • Rescue-Prime: a Standard Specification (SoK)
    • Observations on Rescue
    • Poseidon vs Rescye
  • MIMC
    • MiMc
    • Mimc7 in Plonk - Custom gates
    • Mimc Roy slides
  • Reinforced concrete
    • Reinforced concrete
    • implementation
    • Plonkup reinforced concrete zkstudyclub
    • Code: Luke Pearson
  • Sinsemilla
    • Sinsemilla: A circuit-efficient, lookup-based collision-resistant hash function
    • ZCash protocol specification
  • BLAKE
    • Blake
    • code
  • Tip5
    • Tip5
    • code
• Hash to Curve
  • Hash to Curve
  • Hash to secp256k1 curve
  • Optimized BLS signatures on EVM
• Hash Bounties
  • Algebraic Hash bounties