First Seen
Feb 18, 2026
Last Scanned
Feb 20, 2026
Findings
4
Score
68/100
Findings (4)
Detects MCP tools that execute arbitrary code
execute_codeRestrict code execution tools to specific languages and sandbox the runtime environment. Use a container or VM-based sandbox instead of running code directly on the host.
Likely FP if the MCP tool is a dedicated code runner (e.g., Jupyter kernel) with documented sandboxing and no network access.
Detects MCP tools that execute arbitrary code
execute_codeRestrict code execution tools to specific languages and sandbox the runtime environment. Use a container or VM-based sandbox instead of running code directly on the host.
Likely FP if the MCP tool is a dedicated code runner (e.g., Jupyter kernel) with documented sandboxing and no network access.
Detects MCP tools that execute arbitrary code
execute_codeRestrict code execution tools to specific languages and sandbox the runtime environment. Use a container or VM-based sandbox instead of running code directly on the host.
Likely FP if the MCP tool is a dedicated code runner (e.g., Jupyter kernel) with documented sandboxing and no network access.
Detects MCP tools that execute arbitrary code
execute_codeRestrict code execution tools to specific languages and sandbox the runtime environment. Use a container or VM-based sandbox instead of running code directly on the host.
Likely FP if the MCP tool is a dedicated code runner (e.g., Jupyter kernel) with documented sandboxing and no network access.