MCP Inspector Technology Detection Scanner

MCP Inspector is a debugging tool used to inspect and test MCP servers, including their resources, prompts, and tools. It is primarily used by developers and system administrators to ensure the proper functioning of MCP server systems. MCP Inspector aids in diagnosing server issues and fine-tuning server performance. The tool is indispensable in environments where Model Context Protocols are heavily utilized. Its efficiency and comprehensiveness make it a popular choice in MCP server environments. The capabilities of MCP Inspector extend beyond basic debugging, offering advanced inspection features.

The detection of MCP Inspector involves identifying the server systems where the tool is in use. This scanner specifically checks for the presence of MCP Inspector through web server title identification. The scanner verifies the title "MCP Inspector" in the server's response to determine its presence. Identifying the use of MCP Inspector is crucial for asset mapping and ensuring compliance with organizational software usage policies. This detection process provides valuable information for IT staff managing digital assets. The presence of MCP Inspector can impact the administrative and security posture of server environments.

The detection details for MCP Inspector involve examining the status code and body content of server responses. The scanner issues a GET request to the server and checks for a 200 status code as well as a specific title in the HTML content. It utilizes regular expressions to extract potential JavaScript files, providing further insight into the server's configuration. Additionally, the scanner can extract the version of MCP Inspector if specified within the server response. This detailed detection method ensures accurate identification and version reporting when MCP Inspector is present. The structured approach guarantees that all relevant information about the presence of MCP Inspector on a server is gathered efficiently.

Exploiting detected instances of MCP Inspector can lead to unauthorized data diagnostics and potential misuse of server resources. An attacker aware of MCP Inspector's presence might attempt to leverage its debugging capabilities for malicious purposes. This could lead to unauthorized access to server data and tools that are meant for legitimate inspection and testing. Furthermore, the exposure of internal server configurations could provide insights for launching more sophisticated attacks. The presence of such debugging tools without proper access controls might weaken an organization's security perimeter. System administrators need to mitigate possible security risks associated with the detection of MCP Inspector.

REFERENCES

• https://github.com/modelcontextprotocol/inspector