4. Security & Compliance

A static code analysis tool for detecting security vulnerabilities and code quality issues using database-like queries.

Modular library for building custom fuzzers to identify security vulnerabilities through automated input mutation.

Guides secure smart contract development with Slither scans, security checks, and documentation for fuzzing/verification.

Scans code for security vulnerabilities and enforces coding standards, integrating seamlessly into CI/CD pipelines for proactive security.

Analyzes code coverage during fuzzing to evaluate harness effectiveness and identify execution blockers in security testing.

Verifies blockchain protocol code against specifications to identify implementation gaps and ensure compliance with documented requirements.

Scans Android APKs for Firebase security misconfigurations including open databases, storage buckets, and authentication issues. For authorized security audits only.

Identifies security risks in API designs, configurations, and cryptographic libraries to enforce 'secure by default' principles and prevent common security pitfalls.

Provides security-focused code analysis and actionable recommendations for smart contract development based on Trail of Bits best practices.

Performs security-focused differential code review for PRs and commits, detecting regressions and generating markdown reports with blast radius analysis.

Prepares codebases for security reviews by applying Trail of Bits' checklist, running static analysis, and generating security-focused documentation.

Provides coverage-guided fuzzing for Python code and C extensions to identify security vulnerabilities through automated input testing.

Identifies similar security vulnerabilities and bugs across codebases using pattern-based analysis, aiding in security audits and bug variant hunting.

Scans Cairo/StarkNet smart contracts for critical security vulnerabilities including arithmetic overflow and L1-L2 messaging issues, aiding in security audits.

Analyzes smart contract codebases to identify and categorize state-changing entry points for security audits, excluding read-only functions.

Scans Cosmos SDK blockchains for consensus-critical vulnerabilities including non-determinism, incorrect signers, and ABCI panics to aid in security audits.

Parses SARIF files to analyze security scan results, aggregate findings, deduplicate alerts, and integrate into security workflows.

Performs static code analysis with Semgrep to detect security vulnerabilities, enforce code patterns via custom rules, and integrate into CI/CD pipelines.

Enables continuous fuzzing for open source projects to identify security vulnerabilities via automated input testing.

Detects timing side channels in cryptographic code to identify vulnerabilities during security audits.

Scans Substrate and Polkadot pallets for critical security vulnerabilities including arithmetic overflow and bad origin checks, aiding runtime audits.

Verifies that git commits address security audit findings without introducing bugs, ensuring remediation aligns with security reports.

Assesses codebase maturity against Trail of Bits' security framework, delivering evidence-based ratings and actionable security recommendations.

Generates Claude Code skills for security testing tools and techniques using the Trail of Bits Testing Handbook.