exposure_radar

io.echelongraph/echelongraph-mcp · Verify this server

Aggregate totals from EchelonGraph's internet-exposure radars: kev_exposure, internet-facing services running actively-exploited (CISA-KEV) CVEs, plus the ransomware-linked subset, derived from Shodan data; exposed_databases, unauthenticated data stores and observability UIs, found through Shodan (LeakIX when Shodan query credits run low) and then confirmed by EchelonGraph's own identified check (not a pure read: on Redis it names its client, and on ClickHouse its query is recorded in the server's query log); leaked_credentials, sampled from public GitHub push events; and shadow_ai, services found through Certificate Transparency logs and Shodan and then checked by EchelonGraph's identified probes. Shodan data is owned by Shodan, which holds its copyright (© Shodan). It also gives MCP-server counts: hostnames named like an MCP server in EchelonGraph's own Certificate Transparency feed (no Shodan data), each counted once by its latest verdict from EchelonGraph's identified MCP probe, which never sends tools/call. Service counts are distinct ip:port services, not machines. The result's note, and the outputSchema's description of each radar, label every number by what it counts. Of the shadow_ai numbers, only confirmed_exposed counts exposed services. A kev_exposure.newest_kev CVE whose exposure_state is not_assessed has no measurement in the answer: its 0 is not one. Its structured result's state is not_assessed with measured_at null, since no radar dates what it counts; each count is still relayed as what that radar holds on record. freshness gives each radar's last_run_at where the API serves one; coverage names the radars that answered. Past 30,000 characters of JSON, the first text block holds data cut to fit, and the note says what the cut leaves out and where to read it (TEXT CUT); data in the structured result always holds it whole.