Confidential Transactions with Reusable Commitments on Ethereum
-
Updated
Mar 16, 2020 - Python
#
pedersen-commitments
Here are 8 public repositories matching this topic...
Standalone C++17 cryptographic primitive library: Ed25519, ring signatures (CLSAG/Triptych), Bulletproofs/BP+/BP++, BIP-39/SLIP-10/SLIP-39 key derivation, with AVX2/AVX-512 SIMD backends
cryptography simd ed25519 cpp17 avx2 ring-signatures bip39 triptych bulletproofs zero-knowledge-proofs vrf pedersen-commitments ristretto255 slip10 slip39 clsag curve-trees ran-shaw
-
Updated
Apr 11, 2026 - C++
Shielded Intents Protocol - The Privacy Standard for Web3
cryptography privacy typescript sdk ethereum blockchain monorepo intents compliance web3 zcash privacy-preserving cross-chain solana zero-knowledge-proofs defi pedersen-commitments near-protocol stealth-addresses viewing-keys
-
Updated
Oct 20, 2026 - TypeScript
Standalone, zero-dependency C++ elliptic curve library implementing the Ran/Shaw curve for FCMP++. Runtime-dispatched backends (portable, x64, AVX2, AVX-512 IFMA) with constant-time scalar multiplication, MSM, polynomial arithmetic, and ECFFT support.
cryptography cmake simd constant-time cpp17 avx2 zero-dependency elliptic-curves avx512 finite-field-arithmetic avx512f pedersen-commitments hash-to-curve fcmp
-
Updated
Jun 10, 2026 - C++
Sipher — Privacy-as-a-Skill for Solana Agents. Powered by SIP Protocol.
privacy typescript hackathon web3 solana pedersen-commitments sip-protocol ai-agent stealth-addresses openclaw
-
Updated
Oct 26, 2026 - TypeScript
An implementation of the Stamp & Extend protocol as a distributed app. The Python backend issues the timestamps. The frontend on the Ethereum blockchain provides access to public records, processes requests and verifies the timestamps..
-
Updated
Jun 28, 2023 - Python
Zero-Knowledge Sovereign Identity & Merkle Membership Cryptographic Engine (RFC 3526 MODP, Pedersen Commitments, CDS94 ZKP)
javascript python cryptography merkle-tree zero-knowledge-proofs pedersen-commitments schnorr-signature privacy-engineering
-
Updated
Sep 20, 2026 - Python
An educational Zero-Knowledge Range Proof (ZKRP) reference primitive that publicly verifies an integer midpoint relation using additively homomorphic Pedersen commitments and recursive Pocklington primality constraints.
cryptography number-theory fiat-shamir primality-testing zk-snarks range-proofs verifiable-computation zero-knowledge-proofs goldbach-conjecture pedersen-commitments security-prototype multi-precision-arithmetic schnorr-proof pocklington-criterion
-
Updated
Nov 1, 2026 - Python
Add this topic to your repo
To associate your repository with the pedersen-commitments topic, visit your repo's landing page and select "manage topics."