Smart Contract Security Researcher | EVM & Solana
Breaking assumptions before they become vulnerabilities.

Independent security researcher focused on identifying vulnerabilities in smart contracts, DeFi protocols, and decentralized systems across EVM and Solana ecosystems.

My research focuses on protocol logic, access control, financial accounting, state transitions, and edge cases that can lead to exploitable vulnerabilities. I approach codebases adversarially, challenge security assumptions, and develop practical proofs of concept to demonstrate real-world impact.

Currently building my track record through competitive security audits, vulnerability research, and continuous exploration of blockchain protocol internals.

• $1,190+ in Code4rena earnings
• #1,124 Code4rena all-time ranking
• #144 Code4rena yearly ranking
• 2 valid Medium findings accepted by sponsors
• 10th place in Jupiter Lend audit contest
• 28 Signal — Good
• 1 competitive audit completed

• Date: March 13, 2026
• Placement: 10th
• Findings: 2 Medium
• Earnings: $1,190+

Identified two valid medium-severity vulnerabilities in the Jupiter Lend codebase, demonstrating practical exploitability and contributing to protocol security.

• EVM Security: Solidity, smart contract architecture, execution flow, storage, and EVM-specific vulnerabilities.
• Solana Security: Rust-based programs, account validation, ownership, signer verification, PDA security, and cross-program interactions.
• DeFi Security: Lending markets, token protocols, financial accounting, asset flows, and economic attack vectors.
• Vulnerability Research: Access control, business logic flaws, state inconsistencies, arithmetic issues, and broken invariants.
• Audit Methodology: Attack-surface mapping, threat modeling, invariant analysis, adversarial testing, and proof-of-concept development.

• Think like an attacker. Examine every function, state transition, and external interaction for exploitable behavior.
• Challenge assumptions. Identify implicit trust, missing validations, and inconsistencies between intended and actual behavior.
• Follow the assets. Trace token flows, balances, accounting mechanisms, and financial invariants.
• Understand the architecture. Explore protocol internals, dependencies, integrations, and trust boundaries.
• Prove the impact. Develop reproducible exploits and demonstrate concrete security consequences.

Expanding my security research across EVM and Solana ecosystems, sharpening my auditing methodology, and participating in competitive security audits.

Open to collaborating with security researchers and exploring smart contract security opportunities.

Contact: X / Twitter