$ loading_
Run comprehensive network scans and port discovery through an MCP server.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "nmap-mcp" yet — see the docs or source repo.
Use nmap-mcp to scan common ports on host 192.168.1.10 and summarize the open ports.
A port scan result listing detected open ports and a brief summary of the target host.
Use nmap-mcp to scan 192.168.1.0/24, identify live hosts, and organize them into a list.
A list of reachable hosts in the subnet for troubleshooting or asset inventory.
Use nmap-mcp to run a network scan on the specified target and summarize discovered hosts and ports in concise text.
A readable scan summary describing discovered hosts, ports, and overall scan findings.
DevOps or security practitioners can use this MCP tool to call nmap and inspect a target host’s open ports and network reachability. It is suitable for basic network checks and exposure validation.
When you need to know which devices are active in a subnet, this tool can run network scans and organize host results. It fits asset discovery and initial environment assessment.
Developers or researchers can use it as a scanning component in an MCP workflow, leveraging nmap to collect target network information for later testing or analysis. It works well as a scan step in automation pipelines.
It is an MCP server based on the Model Context Protocol that provides comprehensive network scanning through nmap. It can be used for host, port, and network-range scanning tasks.
Based on the description, it relies on nmap to perform network scans. Other installation and runtime prerequisites are not specified in the provided material; see the source repository.
The provided information indicates that this tool packages nmap’s network scanning capability as an MCP server. In other words, it offers an MCP-oriented interface while the underlying scanning comes from nmap.
Run automated Nmap-based network security assessments and host service discovery.
Scan configured MCP servers locally and generate inventory with risk scores.
Monitor networks with real-time latency checks, ping sweeps, and subnet scans.
Inventory configured local MCP servers and assess their risk levels.
Collect system info, run network scans, and extend workflows with custom tools.
Run network diagnostics and scans with natural language for faster troubleshooting.