4. Security & Compliance

Scans Cosmos SDK blockchains for consensus-critical vulnerabilities, aiding security audits of Cosmos chains and CosmWasm contracts.

Advises on secure smart contract development by analyzing codebase against Trail of Bits best practices, identifying security pitfalls, and providing actionable recommendations.

Assesses codebase security maturity via Trail of Bits' 9-category framework, delivering evidence-based scorecards with actionable security recommendations.

Scans StarkNet smart contracts for critical security vulnerabilities including arithmetic overflows and L1-L2 messaging issues.

Prepares codebases for security audits using Trail of Bits' checklist, static analysis, and security documentation.

Analyzes ERC20/ERC721 token contracts for security vulnerabilities, compliance, and non-standard token handling using Trail of Bits' checklist.

Scans Algorand smart contracts (TEAL/PyTeal) for 11 common security vulnerabilities including rekeying attacks and access control issues.

Provides MITRE ATT&CK-based red team tactics covering attack phases, detection evasion, and reporting methodologies.

Performs advanced vulnerability analysis using OWASP 2025 standards, including supply chain security assessment and attack surface mapping for risk prioritization.

Provides evidence-driven Java security audits, converting conclusions into reproducible evidence and measurable coverage metrics.

Provides domain-specific token dictionaries to enhance security testing via fuzzing of parsers, protocols, and format-specific code.

Scans Algorand smart contracts for security vulnerabilities including rekeying attacks and access control issues, aiding in project audits.

Analyzes ERC20/ERC721 token implementations for security compliance, checks for vulnerabilities, and assesses contract composition and owner privileges.

Creates custom Semgrep rules to detect security vulnerabilities and bug patterns in code for enhanced code auditing and security analysis.

Detects memory errors such as buffer overflows and use-after-free in C/C++ code during fuzzing to enhance security.

Scans Solana/Anchor programs for critical security vulnerabilities including arbitrary CPI and improper PDA validation during smart contract audits.

Provides test vectors to validate cryptographic implementations against known attacks and edge cases.

Provides techniques for crafting effective fuzzing harnesses to test software security across multiple programming languages.

Coverage-guided fuzzing tool integrated with LLVM to automatically detect security vulnerabilities in C/C++ code via random input testing.

AFL++ enhances security testing with multi-core fuzzing capabilities for C/C++ applications to uncover vulnerabilities.

Scans TON smart contracts for critical security vulnerabilities in FunC code.

Provides code patching techniques to overcome checksums, global state, and other obstacles in security fuzzing tests.

Command-line utility for parsing Burp Suite project files to search HTTP traffic, headers, and security audit data using regex patterns.

Coverage-guided fuzzer for Ruby code and C extensions, designed to automatically uncover security vulnerabilities through input mutation.