
The Hounds — Pack Playbook
A skill-packaged playbook for The Hounds — 18 exposure-management specialists that hunt, tag, and calibrate risk over Tenable navi.
Agent Chain
- Manual Step1.Laelaps
Finds and tags CISA KEV (known exploited) exposure.
- Manual Step2.Certania
Tracks certificate expiry and weak crypto.
- Manual Step3.Heimdall
Assesses post-quantum readiness.
- Manual Step4.Fenrir
Chains signals into ranked attack paths (foothold to crown jewel).
- Manual Step5.Cerberus
Confidence-scored IoT / OT / embedded device discovery.
- Manual Step6.Pythia
Discovers and governs AI/ML inventory across five sources.
- Manual Step7.Atlas
Establishes asset ownership.
- Manual Step8.Mimir
Software inventory.
- Manual Step9.Charon
Flags end-of-life / unsupported software.
- Manual Step10.Anubis
Calibrates Asset Criticality Rating (ACR).
- Manual Step11.Chronos
Scan health monitoring.
- Manual Step12.Sirius
Agent group analysis.
- Manual Step13.Garmr
Tag removal and cleanup.
- Manual Step14.Orthrus
Maps findings to MITRE ATT&CK.
- Manual Step15.Argus
Custom application discovery.
- Manual Step16.Argos
Single-asset deep-dive.
- Manual Step17.Sphinx
'On the Scent' environment overview.
- Manual Step18.Covenant
Enforces the AI Contract governance policy.
The Hounds is a pack of exposure-management specialists — “hounds” — that run over
Tenable navi (navi.db + the Tenable API). This
repository packages the pack as a Claude skill (the-hounds/SKILL.md plus references/):
the domain knowledge for what each hound looks for, how it tags it, and which navi selector
it uses.
What it does
Each hound hunts one kind of exposure and then tags it, calibrates its risk, or answers a question — from CISA KEV (Laelaps) and attack paths (Fenrir) to IoT/OT (Cerberus), AI inventory (Pythia), certificates (Certania), EOL software (Charon), and ACR calibration (Anubis). You can run a hound by name (“run Laelaps”) or “release the hounds” to run the whole pack.
How it works
The playbook follows a strict operating doctrine: grounded (answer only from real navi
results), propose-then-confirm for every write (show the exact command, category:value,
and matched-asset count; platform writes also require NAVI_MCP_ALLOW_WRITES=1), prefer
built-in selectors, distinguish ephemeral vs persistent tags, surface blind/uncredentialed
coverage, and verify after writing. Pair it with the navi skills
(navi-core, navi-enrich, navi-explore, navi-mcp) that supply the tool mechanics.