4. Security & Compliance

Scans TON smart contracts for critical vulnerabilities including integer-as-boolean misuse, fake Jetton contracts, and missing gas checks in FunC.

Provides a customizable fuzzing framework for security testing and vulnerability discovery in software applications.

Implements RBAC/ABAC patterns, enforces least privilege, and applies row-level security and column masking for secure access management.

Provides AFL++ fuzzing capabilities for security testing of binaries and source code to identify vulnerabilities.

Creates comprehensive security testing handbooks and guides detailing vulnerability assessment and penetration testing strategies.

Visualizes binary data to aid security researchers in identifying patterns for malware analysis and code auditing.

Enforces security policies and permissions models for Unity Catalog in enterprise data governance environments.

Performs automated security verification to validate system compliance and detect vulnerabilities.

Verifies cryptographic implementations for constant-time properties to prevent timing side-channel attacks.

Automates compliance monitoring and reporting for GDPR, HIPAA, SOC2, and CCPA frameworks, ensuring continuous regulatory adherence.

Guides implementation of Trail of Bits' secure development workflow for smart contracts, including Slither scans, security checks, and verification documentation.

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

Creates robust harnesses for fuzzing tests to identify security vulnerabilities in software applications.

Scans Algorand smart contracts for common security vulnerabilities including rekeying attacks and access control issues, aiding in code auditing.

Provides static code analysis for security scanning, vulnerability detection, and custom rule creation using Semgrep.

Assesses security vulnerability criticality to prioritize high-risk threats and guide remediation efforts.

Tracks and summarizes man-in-the-middle (MITM) attack mentions in local data for security audits, reporting, and analysis.

Enables line-by-line code analysis to establish architectural context for security audits and vulnerability detection.

Conducts security audits for PHP applications using OWASP patterns to identify vulnerabilities (XXE, SQLi, XSS) and assign CVSS scores.

Provides mechanically verified proofs for system invariants in event-sourced systems, ensuring queue consistency, replay determinism, and non-leakage for security and audit purposes.

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

Tests Tizen application sandboxes for privilege escalation and escape vulnerabilities, validating process isolation and capability limitations.

Verifies blockchain protocol code against specifications to identify gaps and ensure compliance during audits.

Scans Tizen app dependencies and kernel for known vulnerabilities using OpenCVE database and Samsung security updates.