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Scan code and infrastructure files for security vulnerabilities through MCP.
The materials indicate this MCP tool primarily uses the Symbiotic CLI locally to scan code and infrastructure files for security issues, with no declared secrets or remote endpoints. No clear high-risk red flags are evident, but its local execution and file access capabilities, combined with weak adoption and unknown maintenance status, warrant cautious use.
The materials explicitly state that no keys or environment variables are required. No API tokens, cloud credentials, or other sensitive secrets are requested, so credential leakage and abuse exposure appears low.
No remote endpoint is declared, and the description only mentions scanning local code and infrastructure files via the Symbiotic CLI. Based on the provided materials, there is no explicit indication of user data being sent out or received by a third party.
The system checks explicitly mark this tool as executes-code, and its functionality depends on invoking the Symbiotic CLI for scanning, which means it executes programs locally. This is a standard MCP capability, but you should still pay attention to the runtime context and the scope of system capabilities it can access.
The description indicates it analyzes code and infrastructure files, so it at least needs read access to relevant project files. The materials do not specify what it may write or whether it requests access beyond what scanning requires, so this should be treated as ordinary file-access caution.
The tool is open source under the MIT License, and its source is auditable, which is a meaningful risk-reducing factor. However, it comes from a third-party registry, shows only 0 stars, and has unknown maintenance status, so trust and maturity signals are weak; review the source and dependencies before adoption.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "Symbiotic MCP Server" yet — see the docs or source repo.
Use the Symbiotic MCP Server to scan the current code repository, detect common security vulnerabilities and risky configurations, and summarize findings by severity.
A severity-ranked list of vulnerabilities with affected files and remediation suggestions.
Scan the project's infrastructure configuration files, such as Dockerfiles, Kubernetes manifests, or Terraform files, and identify potential security risks and misconfigurations.
An analysis of risky configuration items, why they are risky, and safer configuration alternatives.
Based on the scan results, create a prioritized remediation list that addresses critical issues with the largest impact first.
An actionable remediation priority list for planning follow-up fixes.
Scan MCP servers for runtime, static, config, dependency, and compliance risks.
Scan code for security risks before commits with automated review assistance.
Get CVE-based security review prompts to find risky code vulnerabilities faster.
Scan codebases for secrets, SAST issues, vulnerable dependencies, and IaC risks.
Analyze MCP tool security risks, detect malicious behavior, and provide risk scores.
Scan MCP servers for common security risks and assign A-F grades.