
AI-powered Developer Security Platform
Snyk is a mature, enterprise-grade developer security platform that combines comprehensive application security testing with AI-powered automation. The platform stands out for its developer-centric approach and broad coverage across the software development lifecycle, though its full enterprise capabilities may require significant investment.

Snyk is an AI-powered developer security platform that enables organizations to secure their code, open source dependencies, containers, and infrastructure as code throughout the software development lifecycle. Founded with a developer-first philosophy, the company has grown to serve over 4,500 customers worldwide, including major enterprises like Okta, Revolut, Komatsu, and Skechers. The platform integrates seamlessly into existing development workflows, providing security teams and developers with unified tools to identify, prioritize, and remediate vulnerabilities. At the core of Snyk's offering is its DeepCode AI engine, which leverages purpose-built security AI models trained on curated security data to deliver fast, accurate, and comprehensive application security testing. The platform encompasses multiple products including Snyk Code for static application security testing (SAST), Snyk Open Source for software composition analysis (SCA), Snyk Container for container security, Snyk IaC for infrastructure as code security, and Snyk API & Web for dynamic application security testing (DAST). With the launch of Evo, described as the world's first agentic security orchestration system, Snyk continues to innovate in securing AI-native applications and tools. Snyk positions itself as a leader in the application security space, having been recognized by industry analysts and maintaining certifications including SOC 2, ISO 27001, and HIPAA compliance. The company operates data centers across multiple regions including the US, EU, and Australia, demonstrating its commitment to serving global enterprise customers with appropriate data residency requirements.