Post-Quantum Cryptographic Engineer & Distributed Systems Developer Remote | yeb.timotheous@proton.me | Reddit: u/yeb_timotheous
Specializing in low-level implementations of NIST PQC standards (FIPS 203/204), SIMD-accelerated zero-knowledge provers, and consensus state execution engines.
- pq-dilithium-c
C— High-performance C implementation of the NIST ML-DSA (Dilithium) signature scheme optimized for execution speed. - pqc-rpc-proxy
Go— Hybrid post-quantum TLS proxy securing validator JSON-RPC connections using native ML-KEM-768/X25519 key agreements. - hybrid-hsm-enclave
C++— HSM wallet enclave simulator usingmlockpage locking, guard pages (mprotect), and constant-time hybrid ECDSA/ML-DSA signature verification. - bash-pqc-keygen
Go/Shell— Automated local PQC key generation and root certificate authority (CA) utility suite.
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lattice-zk-prover
C++/OpenMP— SIMD-parallelized polynomial commitment solver in negacyclic quotient rings$R_q = \mathbb{Z}_q[x] / (x^n + 1)$ for lattice-based ZK-provers. -
pqc-sig-aggregator
Go— Decoupled consensus signature aggregation simulator evaluating Merkle registries, bitmaps, and recursive ZK-SNARK pre-commit compressions. -
p2p-consensus
Go— Custom BFT consensus engine and libp2p networking stack optimized for larger PQC key payload propagation.
- evm-c
C— Lightweight, zero-dependency EVM state transition execution interpreter written in pure C. - pqc-node-bench
Go— Benchmark suite measuring validator throughput and network latency under post-quantum signature verification overhead. - rollup-sequencer-sim
Python— Simulator evaluating modular rollup transaction-ordering policies (FIFO, PBS, MEV-Share).
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pq-hd-wallet
C++— Noise-stable Hierarchical Deterministic (HD) key derivation for lattice-based public keys (BIP-32 PQC extension) utilizing Secure Enclaves. -
goldilocks-simd-ntt
C++/AVX-512— SIMD-vectorized Goldilocks field$\mathbb{F}_p$ ($p=2^{64}-2^{32}+1$ ) solver executing accelerated NTTs via Shoup reduction for L2 recursive provers. -
pq-threshold-mempool
C++— Post-quantum threshold decryption engine (Threshold ML-KEM-768) utilizing noise-flooding and Lagrange interpolation to mitigate front-running (MEV) in validator pools.
- Languages: C, C++, Go, Python, Assembly (x86_64 SIMD), Shell.
- Systems: POSIX Memory Management (
mlock,mprotect), OpenMP, OpenSSL EVP, libp2p, Go Worker Pools. - Primitives: ML-KEM-768, ML-DSA-65, ECDSA P-256/SECP256r1, negacyclic NTT, Goldilocks.