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Curated ToolThis tool is part of our curated AI directory. We only include tools that meet our standards for relevance, usability and real-world value.

Snyk

Scans code and dependencies for vulnerabilities and suggests fixes

Code Review & Quality
Snyk positions itself as an AI Security Fabric: an independent security layer for organizations building software with AI. It is used to continuously validate AI-generated code, govern development agents, and secure AI-native applications through integrations with developer tools such as IDEs, CI/CD pipelines, and AI coding assistants.
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FYAI Score

8.6 / 10

Based on 136 reviews

Pricing:

Freemium

Best for:

Engineering and AppSec teams securing code, OSS, and containers

Score Breakdown

  • Ease of use8.9 / 10
  • Features8.8 / 10
  • Pricing8.1 / 10
  • Integrations8.5 / 10
  • Support8.8 / 10

PRODUCT PREVIEW

What this AI tool does

Snyk is a developer-focused security tool that helps teams identify and address vulnerabilities in application code and the open-source dependencies it relies on. It’s commonly used during development and in CI/CD workflows to surface security issues early, when they’re easier to fix. The tool scans projects to detect known vulnerabilities and provides guidance on remediation, such as upgrading to safer versions or applying recommended fixes. It can also help teams monitor for newly disclosed issues over time, supporting ongoing security maintenance without requiring a separate, manual review process.

Use cases

Best for

AI Code Vulnerability Scanning

Snyk scans AI-generated code and dependencies for known vulnerabilities and flags issues before merge or release.

Security Checks in Workflows

Integrate Snyk checks into IDEs and CI/CD to scan commits and pull requests and block builds on policy violations.

AI App and Agent Governance

Apply policies and monitor AI-native apps and agents by scanning code, IaC, and containers from build through runtime.

ANALYSIS

Strengths & limitations

Strengths
  • Built around developer workflows rather than only post-production security review.
  • Targets AI-generated code and agentic development, not just traditional manual codebases.
  • Supports security validation across multiple stages, from code creation through production.
Limitations
  • The provided official page gives limited technical detail on the exact scanners, policy controls, and remediation workflows included.
  • Its positioning is oriented toward organizations and engineering teams, so it may be more than an individual developer or small project needs.
  • Effective use likely depends on integrating it into existing development tools and security processes.

Evaluation

FYAI score breakdown

Our structured evaluation across five key criteria

8.6 / 10

Overall score

Based on 136 reviews

  • Ease of use8.9 / 10
  • Features8.8 / 10
  • Pricing8.1 / 10
  • Integrations8.5 / 10
  • Support8.8 / 10

What users say

Findings from public reviews, documentation and community sources.

  • Ease of use

    Snyk’s homepage says “Get started with Snyk in minutes” and “No credit card required,” and includes a customer quote saying “The biggest benefit of Snyk has been the ease of use.”

  • Features

    Snyk’s pricing page lists AppSec coverage across “SCA, SAST, IaC & Container” and includes real-time code scanning, custom security rules, risk-based prioritization, and full SDLC automation on higher tiers.

  • Pricing

    Snyk’s pricing page lists a Free plan at “$0 / month,” Team starting at “$25 / month per contributing developer,” Ignite starting at “$1,260 / year per contributing developer,” and Enterprise as “Contact Sales for pricing.”

  • Integrations

    Snyk’s pricing page describes integrations across “IDE, CLI, and source code managers,” includes “Jira Integration” on Team, and says the platform works with “IDEs, CI/CD pipelines, and AI coding assistants, including Claude Code, Cursor, and Codex.”

  • Support

    Snyk’s pricing page says the Team plan includes “Next business day support” and notes “Premium support & services also available.” Snyk’s pricing page also includes FAQ links to docs for security and usage details.

Who is this for?

Best for developer teams that want AppSec checks inside coding workflows, Snyk works with “IDEs, CI/CD pipelines, and AI coding assistants, including Claude Code, Cursor, and Codex,” and covers “SCA, SAST, IaC & Container.” Less suited to buyers who need fully fixed pricing upfront. Enterprise is “Contact Sales for pricing,” so budgeting may require a sales process.

PRODUCT PREVIEW

Feature highlights

Vuln scanning

Find and fix issues in code, open source deps, and containers.

CI/CD guardrails

Enforce security policies in pipelines and block risky releases.

AI code validation

Continuously validate AI-generated code to reduce security drift.

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Join teams shipping faster with fewer security surprises. Start protecting your codebase today with Snyk and keep vulnerabilities from reaching production.

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FAQ

Frequently asked
questions

Everything you need to know about this AI tool,
its features, pricing, use cases, and limitations.

What types of teams and projects is Snyk a good fit for?
Snyk fits teams that rely heavily on open source dependencies and want security checks embedded in Git workflows and CI/CD. It’s especially useful for cloud-native apps and microservices where dependency updates are frequent. If your main risk is in proprietary code logic rather than third-party packages, you may need to pair it with other tooling.
How do Snyk’s free and paid plans differ in practice?
Snyk’s free tier is typically enough to trial scanning and basic integrations, but it often comes with limits on usage, features, and collaboration at scale. Paid plans generally add higher scan volume, more automation and policy controls, and broader reporting needed for larger teams. When comparing costs, factor in how many repos, contributors, and CI runs you expect.
How does Snyk compare with GitHub Advanced Security, Dependabot, or Mend?
Compared with Dependabot, Snyk usually provides deeper vulnerability context and remediation guidance, but it can be more expensive. Versus GitHub Advanced Security, Snyk is more tool-agnostic across SCM/CI providers, while GitHub’s offering is often tighter if you’re all-in on GitHub. Against Mend, Snyk is often simpler to roll out, while Mend can be stronger for enterprise governance and broader software composition controls.
How quickly can a team set up Snyk and start getting useful results?
Costs can rise as you scale across many repos and developers, so budgeting matters for fast-growing teams. There’s also a learning curve around policies, triage, and keeping fixes from disrupting release cadence. If your priority is deep analysis of proprietary code, Snyk’s dependency focus may require complementary AppSec tools.
What should we know about Snyk’s data handling, privacy, and compliance when evaluating it?
Snyk typically needs access to repository metadata and dependency manifests to scan effectively, so you should review what it stores, for how long, and whether source code is transmitted in your chosen setup. Check whether your plan supports requirements like SSO/SAML, audit logs, data residency, and enterprise agreements. For regulated environments, validate how findings and repo identifiers are handled and whether you can limit scopes via least-privilege tokens.