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Search internet assets via SCANDOMAIN API using Quake-style DSL queries.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "scandomain-mcp" yet — see the docs or source repo.
Use scandomain-mcp to find assets with title containing "Grafana" and port 3000 open, then return domain, IP, port, and service information.
A list of matching internet assets including domain, IP, port, and service fields.
Use scandomain-mcp with a Quake-style DSL query to find assets using a specific component, then summarize their IPs, titles, and server headers.
Results for assets matching the component, listing their IPs, page titles, and server headers.
Use scandomain-mcp to search for site assets with specific ICP information and show the domain, title, and related services.
A list of sites matching the ICP criteria with basic asset details.
Security researchers can use it to search internet-exposed assets by domain, IP, port, service, or component. It is useful for quickly locating visible network services within a target scope.
Operations teams can use DSL queries to inspect assets associated with specific ports, service titles, or server headers. This helps identify publicly exposed service instances more quickly.
When you need to filter sites by ICP information, page title, or component traits, this MCP tool can query the SCANDOMAIN API directly. It fits clue collection and initial site screening.
This is an MCP server that lets AI agents search internet assets through the SCANDOMAIN API. It supports queries by domain, IP, port, service, title, ICP, server header, and component.
It is known to rely on the SCANDOMAIN API to run queries. The provided material does not specify installation steps, authentication setup, or runtime requirements; see the source repository.
It emphasizes Quake-style DSL queries for asset search rather than simple keyword matching. That makes it better suited for structured searches across internet asset fields.
Run standardized security scans and reports for authorized assessments.
Search internet-connected devices, investigate IPs and domains, and gather vulnerability intelligence.
Run natural-language network scans to discover hosts, services, and security exposure.
Recon website stacks, endpoints, certificates, ports, and security settings.
Enable self-hosted deep web research for AI agents without API keys.
Enable agents to search synced code repositories with fast AI-powered retrieval.