Snyk

Snyk MCP Connector for Claude

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Bring your Snyk code security ecosystem directly to your AI. Analyze vulnerabilities, project metadata, and scan issues right from your editor.

9 tools Official Updated Jun 28, 2026 Official Vinkius Partner

Connect your Snyk security dashboard natively to your preferred AI agent. Speed up your DevSecOps workflow by diagnosing and investigating package vulnerabilities via natural language. Rather than jumping between browser tabs trying to locate a specific CVE report, query your organizational vulnerability footprint dynamically through MCP.

What you can do

  • Project Surveillance — Discover application projects via list_projects and fetch internal configurations calling get_project_details
  • Vulnerability Hunting — Expose specific codebase flaws instantly with list_issues, extracting actionable remediation steps querying get_issue_details
  • Company Operations — Traverse hierarchical structures via list_organizations and see who contributes using list_organization_members
  • Admin Controls — Monitor API connectivity invoking list_integrations and check scan caps via get_usage_stats and get_billing_info

How it works

  1. Subscribe to this AI integration server
  2. Introduce your personal Snyk API Token
  3. Start using Claude, Cursor, or your terminal IDE to command your security checks

Stop digging through the Snyk UI just to see why a container build failed. Find the precise faulty dependency versions instantly within your codebase context.

Who is this for?

  • DevSecOps — query exact details on critical CVEs before approving PR merges, generating threat analysis models quickly
  • App Developers — discover which underlying package versions triggered build issues seamlessly without running local dependency scanners
  • SysAdmins — pull quick organizational billing usage limits dynamically and audit user integrations from pure text instructions
code-securitycve-scanningdevsecopscontainer-securitydependency-analysisvulnerability-management

9 tools expose this connector's capabilities to your AI agent.

get_billing_info

Retrieves billing details for an organization

get_issue_details

Retrieves details for a specific security issue

get_project_details

Retrieves details for a specific project

get_usage_stats

Retrieves usage statistics

list_integrations

Lists active integrations for an organization

list_issues

Lists security issues for a specific project

list_organization_members

Lists all members of a Snyk organization

list_organizations

Lists all Snyk organizations

list_projects

Lists all projects in a specific organization

See how to talk to your AI agent using Snyk.

Check Snyk and summarize all critical security vulnerabilities currently found in the main backend project.

I scanned 'Core Backend' (ID: `a1b2c3`) using the `list_issues` action path. You have **2 Critical Issues** flagged: 1. **Arbitrary File Write via Archive Extraction (Zip Slip)** - Found in `adm-zip@0.4.11` 2. **Prototype Pollution** - Found in `lodash@4.17.15` Would you like me to inspect 'Prototype Pollution' using `get_issue_details` to view the recommended fix paths?

Display our organization's current integration links on Snyk. What are we attached to?

Triggering the `list_integrations` routine... Your organization (`org_123_abc`) has 3 active pipelines feeding into Snyk: - **GitHub Enterprise** (Source Control) - **AWS ECR** (Container Registry) - **Slack** (Alert Hook Notification) All connections appear functional on the organizational tier.

Draw a markdown table checking the team member roles in the DevOps organization.

I've pulled the organizational data through `list_organization_members` for the **DevOps Core** tenant: | Member Name | Associated Email | Snyk Role | | --- | --- | --- | | Alex Mercer | a.mercer@company.co | `Admin` | | Sarah Chen | s.chen@company.co | `Collaborator` | | Marc Johnson | m.johnson@company.co | `Viewer` | Total count: 3 members mapped directly.

Yes! The bot uses `get_issue_details` to read Snyk's extensive remediation context natively. Because it operates inside your IDE (like Cursor), it seamlessly merges Snyk's advisory with your actual local file context to write a highly secure patch immediately.

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