概览
What is MySSL MCP Server?
MySSL MCP Server is a site inspection tool developed by TrustAsia that integrates with LLM models via the Model Context Protocol. It inspects website security certificates and provides results that can be further analyzed and processed by LLMs. It is intended for users who want to leverage AI models to analyze site security.
How to use MySSL MCP Server?
Install the prerequisites (Python 3.12+, UV package manager), clone the repository, then configure the MCP server using the provided JSON snippet. Replace the {{PATH_TO_UV}} and {{PATH_TO_SRC}} placeholders with your system paths. Run the server within an MCP host such as Cline, Cursor, or the Anthropic Claude Desktop app.
Key features of MySSL MCP Server
- Integrates site inspection with LLM models via MCP.
- Supports fast scan of website security certificates.
- Provides inspection results for further LLM analysis.
- Developed by TrustAsia, a certificate authority.
- Compatible with Cline, Cursor, and Claude Desktop.
Use cases of MySSL MCP Server
- Ask an LLM to inspect a website’s SSL/TLS certificate details.
- Automate security checks across multiple domains using an AI assistant.
- Integrate certificate inspection into AI-powered DevOps workflows.
FAQ from MySSL MCP Server
What does MySSL MCP Server do?
It inspects site security certificates (like SSL/TLS) and returns the findings to an LLM host for analysis, making certificate inspection accessible through conversational AI.
What are the runtime requirements?
You need Python 3.12 or later, the UV package manager, and a compatible MCP host (Cline, Cursor, or Anthropic Claude Desktop). The server runs locally.
Where do inspection results go?
Inspection results are delivered to the LLM host as MCP tool outputs; they are not stored or sent to external servers beyond what the LLM host does.
Are there any known limitations?
The README only mentions a “fast scan” feature and does not list limits. For example, it may not support deep certificate chain analysis or multiple concurrent scans.
What transport or authentication does it use?
The README does not specify transport or authentication details. It assumes local MCP communication (likely stdio transport) and does not mention API keys or external auth.
