Projects
Ethereum MEV Arbitrage Pipeline
Built as a Reth Execution Extension that runs inside the node process. While standard bots connect over WebSocket with 50-500ms latency, this accesses the mempool at the function-call level with zero latency.
How It Works hover each stage for details
Pending transactions flow through 5 stages. Each arb is simulated in REVM and bundled to 12 block builders simultaneously via Flashbots.
The Edge
Runs as a Reth ExEx plugin, not an external bot. Mempool access at the function-call level. Same architecture used by the top 5 Ethereum searchers.
Reverse-engineered 53 competitor transactions. Top searcher: $1,362/hr via 10-38 swap bundled routes.
Deployed on 6 Chains hover for contract addresses
13 Etherscan-verified contracts across 5 chains. Full Reth + Lighthouse node on GCP (1.2TB chain data).
Built With
GPU-Accelerated Backtesting Engine
Evaluating 1 trillion+ parameter combinations required going from Python (25ms/test) to Rust (10us) to custom GPU compute shaders (3us). A staircase algorithm eliminates 99.999% of candidates before the GPU fires.
Python → Rust → GPU
How It Works hover each stage
Strategies flow through a DSL, get reduced by the staircase algorithm, dispatched to GPU, then validated by a statistical anti-overfit firewall.
The Edge
Standard backtesting libraries max out at 1,000 tests/second. This does 100,000-300,000. The staircase algorithm is the key: it proves mathematically that most of the search space can be skipped.
735K+ lines of code. 1,608 commits. Three GPU shader languages. Not a weekend project.
Three GPU Backends
Built With
Smart Contract Auditing & Cybersecurity
Active security researcher on Immunefi and Cantina. 6+ formal vulnerability reports targeting protocols with $50M to $5B+ in TVL. All findings backed by Foundry fork-test proof-of-concepts.
Naming system vulnerabilities in registration flow
PSM3, aToken accounting across Spark protocol
Oracle manipulation, uint8 overflow, bridge vuln
Reentrancy vector in validator registration
Cybersecurity Platform
Conducted full security audit: identified 54 vulnerabilities (12 Critical, 15 High). Fixed all Critical issues: SSRF proxy bypass, shell injection, OAuth account linking, plaintext key storage. Score improved from 35/100 to 72/100. GDPR compliance with Bulgarian DPA registration.
Security Audit