🛡️ Protocol & Infrastructure Security Researcher

> Focus: Core Blockchain Infrastructure (L1/L2) | Consensus Logic | High-Severity DoS > Stack: Go (Golang) • Solidity • Rust

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👨‍💻 About Me

I am a specialized security researcher bridging the gap between Smart Contract logic and Client-side infrastructure. While most auditors stop at the EVM boundary, I dive into the node implementation to find vulnerabilities that threaten the entire chain's liveness.

My competitive advantage lies in analyzing Go-based architectures (Optimism Stack, Geth) to identify concurrency bugs, resource exhaustion vectors, and p2p networking flaws.

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🛠️ Technical Arsenal

Domain	Languages	Tooling & Frameworks
Node Implementation	Go (Expert), Rust	Geth Source, P2P Simulators, Go Fuzzing
Smart Contracts	Solidity, Yul	Foundry, Echidna, Medusa, Halmos
Analysis Style	Manual Review	Invariant Testing, Formal Verification

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🧠 Research Methodology

I don't just look for standard vulnerabilities (Reentrancy, Overflow). I model the system architecture to find deeper flaws:

1. Liveness & Availability: Can I turn the node off? Can I freeze the bridge?
2. Consensus Integrity: Can I trick the client into accepting an invalid chain tip?
3. Economic Logic: Can I bypass the accounting mechanism using dust attacks or rounding errors?

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> "Code is law, but the compiler and the client are the enforcers. I audit the enforcers."