🎓 University Lecturer | 🔐 Cryptography & Blockchain Researcher | 🧮 Pure Mathematics PhD
🔭 Currently building zero-knowledge circuits in Noir & teaching Web3 cryptography at Web3Clubs
I build zero-knowledge proof systems that protect privacy, enhance security, and empower decentralized apps.
| Project | Description |
|---|---|
prove_threshold_policy |
Prove compliance with a fixed score threshold using a hidden input. |
prove_weighted_threshold_compliance |
ZK circuit for weighted secret inputs + public offset == public score. |
zkp_linear_check |
Linear condition verifier using Noir with Solidity integration. |
zk-age-verification |
Noir circuit for private age range checks. |
- Verifiable Homomorphic Encryption
- Noir-to-Solidity Verifiers
- zk-SNARK DSL integrations
- Cryptography Education & ZK bootcamps
- 🗣️ Rust & Cryptography Symposium — ZK Proofs in Noir
- 🎓 ZK Education Series at Web3Clubs
- 🔍 Interested in privacy-preserving protocols, ZKPs, and verifiable computation.
- 💌 Reach out via X(Twitter) | LinkedIn | GitHub|
I'm open to:
- Grants
- Open-source Funding
Funders, ZK Researchers, and Builders welcome!