Security researcher's portfolio showcasing multiple critical vulnerability disclosures in DeFi and NFT smart contracts, primarily focused on proxy vulnerabilities (UUPS), uninitialized logic contracts, and access control issues that collectively protected over $50M in TVL. While demonstrating significant impact, the article lacks technical depth and primarily lists findings with references to external postmortems rather than detailed exploitation methodology.
Portfolio page showcasing multiple critical smart contract vulnerabilities disclosed across DeFi protocols, including UUPS proxy initialization flaws, access control bypasses, and token theft vectors. While listing numerous bug bounty successes (>$6.5m rescued), it provides minimal technical depth and primarily serves as credentials summary.
A portfolio page showcasing multiple critical smart contract vulnerability disclosures across DeFi protocols (88mph, Polygon, KeeperDAO, Alchemix, Ondo Finance) and bug bounty wins totaling over $6.5M in rescued funds, with brief technical descriptions of UUPS proxy exploits, access control flaws, and token theft vulnerabilities.
Portfolio page showcasing multiple critical smart contract vulnerabilities disclosed across DeFi/NFT protocols, including access control flaws, uninitialized UUPS proxies enabling arbitrary delegatecalls, and broken token transfer functions. Author details bounty payouts and rescued funds across 88mph, Polygon, KeeperDAO, and other projects, with limited technical depth on each vulnerability.