AI Developer Security

What is the Snyk AI Security Platform?
The Snyk AI Security Platform is Snyk’s AI-native, agentic security platform designed to secure and govern development in the AI era. It introduces the AI Security Fabric—a autonomous defense architecture that weaves an intelligent layer of protection into every creation—so teams can accelerate software delivery while reducing risk. The platform combines AI-native capabilities across four core products to help organizations secure AI-generated code and govern development with confidence: Snyk Code, Snyk Open Source, Snyk Container, and Snyk IaC (Infrastructure as Code).
What are the main Snyk platform modules?
- Snyk Code: secure coding to identify and fix vulnerabilities as code is written.
- Snyk Open Source: protect against vulnerable dependencies in your projects.
- Snyk Container: secure base images and containerized applications.
- Snyk IaC: detect and remediate cloud infrastructure misconfigurations.
These modules work together to provide continuous scanning and actionable remediation guidance across your development lifecycle.
What is AI Security Fabric?
AI Security Fabric is Snyk’s autonomous defense architecture designed for an era where code creation accelerates beyond human capacity. It weaves an invisible, intelligent layer of defense into every creation to help protect development from emerging AI-enabled risks while maintaining velocity.
How does Snyk work?
- It combines AI-native security with human expertise to deliver security across four products: Snyk Code, Snyk Open Source, Snyk Container, and Snyk IaC.
- It supports multiple usage modes, including web UI, CLI, IDE integrations, and API, so you can secure code, dependencies, containers, and infrastructure wherever you work.
- It provides continuous scanning and actionable fix guidance to identify and remediate vulnerabilities quickly.
- It delivers measurable outcomes such as high ROI and speed improvements (e.g., 288% ROI, 80% faster scan time, 75% faster remediation upstream, 60% faster remediation at runtime, and 52% reduced risk of a data breach).
What makes Snyk's AI technology unique?
Snyk uses DeepCode AI, a hybrid AI engine that blends symbolic and generative AI with several machine learning methods and Snyk’s security expertise. This approach aims to deliver precise, relevant security intelligence across different applications and platforms while reducing hallucinations or irrelevant results.
How can Snyk improve my team's productivity in development?
Snyk integrates security directly into your existing development processes, enabling real-time vulnerability monitoring and actionable guidance. By accelerating scanning and remediation, Snyk helps improve productivity and risk posture, with demonstrated outcomes like rapid remediation and strong ROI.
Is there a free plan or trial?
Yes. You can create a free Snyk account to start securing AI-generated code in minutes. No credit card is required.
How do I get started with Snyk?
- Sign up for a free Snyk account to begin securing your AI-generated code.
- Integrate Snyk with your IDEs, repositories, and CI/CD pipelines.
- Explore the four core modules (Code, Open Source, Container, IaC) to fit your security needs.
- If you’d like hands-on guidance, you can book a live demo or contact Snyk for more information.
What languages and environments does Snyk support?
Snyk supports a wide range of programming languages, enabling security across diverse development environments and stacks.
How does Snyk integrate with my tools and workflows?
Snyk integrates seamlessly with your existing tools, pipelines, and workflows. It offers web UI, CLI, IDE integrations, and API access to fit into your preferred development and deployment processes.
Are there AI-specific capabilities for AI-generated code?
Yes. The platform is AI-native and designed to secure AI-generated code and workloads, providing governance and risk reduction tailored to the AI era.
Where can I learn more or request a demo?
You can book a live demo or contact Snyk to discuss your needs and see how the platform fits your use case.






















.webp)










