Confidential Transactions with Reusable Commitments on Ethereum
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Updated
Mar 16, 2020 - Python
Confidential Transactions with Reusable Commitments on Ethereum
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
Shielded Intents Protocol - The Privacy Standard for Web3
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.
Twenty-four embedded projects that prove correctness without revealing the system: zero-knowledge model checking on Raspberry Pi, STM32 and ESP32
Sipher — Privacy-as-a-Skill for Solana Agents. Powered by SIP Protocol.
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..
Zero-Knowledge Sovereign Identity & Merkle Membership Cryptographic Engine (RFC 3526 MODP, Pedersen Commitments, CDS94 ZKP)
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.
Project for Blockchain and Distributed Ledger Technologies course at Sapienza University of Rome (MSc Cybersecurity). Aim of this research was to analyze in depth the technologies powering Monero, its privacy features, and security profile.
High-Performance 256-ary Verkle Tree Engine with Pedersen Vector Commitments and Stateless Block Witness Verification in Rust
High-Performance Zero-Knowledge Bulletproofs & Confidential Asset Settlement Protocol in Rust
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