Skills in this repository
SkillsMP has collected 12,705 skills from zwright8/OpenClaw-Code. Open a skill to review its source and details.
zwright8/OpenClaw-CodeShowing 40 of 12,705 collected skills.
Support U.S. warfighter planning and decision support for autonomous maritime salvage, evidence integrity, and legal-rights adjudication. Use when missions require uncrewed salvage sequencing, custody assurance, and coalition legal interoperability outputs.
Support U.S. warfighter and coalition maritime interdiction operations with auditable digital chain-of-evidence across boarding teams.
Plan defense and reroute of maritime cable landing stations supporting joint mission networks. Use when sabotage, strike, or cyber-physical failure threatens command continuity.
Support U.S. warfighter maritime chokepoint closure/reopening planning under contested conditions. Use when commanders must balance denial effects, coalition shipping, and restoration timelines.
Support U.S. warfighter planning for maritime gray-zone legal evidence generation and attribution. Use when coercive maritime actions require admissible evidence packets for allied and interagency response.
Manage structural, cyber, and cargo-integrity risk for maritime prepositioning ships while coordinating diversion options.
Detect and coordinate response options for sabotage risks to seabed cables, pipelines, and sensor infrastructure supporting U.S. and allied maritime operations. Use when warfighters need resilient seabed infrastructure defense and restoration planning under…
Fuse biometric, forensic, and personnel data for rapid casualty identity reconciliation and family notification integrity.
Support joint planning for microgrid blackstart options using fuel-cell and ammonia conversion pathways at expeditionary installations. Use when conventional fuel reliability is degraded and resilient restart options are required.
Support U.S. warfighter planning and decision support for Joint Military Payment Ledger Disruption Continuity Cell. Use when missions require joint pay and entitlement continuity under cyber disruption, identity dispute, and disconnected command environments,…
Build commander-ready joint mission briefs and decision support packages. Use when planning, rehearsing, or updating operations that require synchronized actions across multiple components, staff sections, or coalition partners.
Manage mobile SATCOM emission control, movement timing, and detection-risk suppression for expeditionary C2 nodes.
Coordinate mission AI model assurance, drift detection, and controlled rollback or recalibration across joint domains.
Recover synchronized battle rhythm after comms fragmentation and delayed acknowledgments. Use when distributed forces lose shared operating tempo across domains.
Measure and improve visual, thermal, radar, and electromagnetic signature management across joint forces. Use when survivability depends on quantifying detectability across multiple sensor regimes.
Coordinate resilient SATCOM restoration across LEO/MEO/GEO and alternative comm paths during adversary denial campaigns.
Support munitions survivability with energetics safety controls, depot dispersal options, and explosive-compatibility-informed throughput decisions.
Support U.S. warfighter planning and decision support for Joint NC3 Continuity and Emergency Action Message Assurance Cell. Use when missions require nuclear command, control, and communications continuity planning and emergency action message assurance with…
Support joint NC3 continuity via hardened terrestrial fiber failover planning and acknowledgment integrity controls. Use when commanders need resilient NC3 transport branches.
Protect strategic command and control continuity under cyber, kinetic, and electromagnetic disruption. Use when validating NC3 fallback paths, execution assurance, and decision latency controls.
Plan NC3-adjacent command post relocation and electromagnetic-control posture under strategic warning and contested sensing pressure.
Coordinate nuclear surety incident triage, consequence control, and command decision support under compressed timelines.
Synchronize JOC battle rhythm and decision support for joint operations across 24-hour cycles. Use when aligning boards, bureaus, centers, cells, and working groups to command decision windows.
Assess orbital-debris reentry threats to bases and prioritize force-protection hardening actions. Use when reentry windows can disrupt installation survivability or mission continuity.
Coordinate prediction, warning, and consequence management for hazardous orbital debris reentry over operational theaters and homeland assets. Use when reentry uncertainty threatens launch windows, force posture, or civil-military continuity.
Support U.S. and coalition planning for orbital debris reentry population-risk mitigation and force protection. Use when reentry uncertainty, warning timelines, and civil-military coordination must be synchronized.
Coordinate scarce downlink windows and ground-station priorities for orbital mission data. Use when passes, station time, or bandwidth are insufficient to deliver every product before commander decisions are due.
Support warfighter planning for contested on-orbit servicing and refuel assurance across cislunar and GEO operations.
Support U.S. warfighter planning and decision support for personnel recovery and isolated operator support. Use when missions require survivor location confidence, recovery corridor deconfliction, and integrated rescue timing decisions.
Coordinate trusted personnel recovery updates, family notification authentication, and deception denial for U.S. warfighter operations. Use when isolated personnel reporting, next-of-kin contact, or adversary spoofing risk can distort rescue decisions or…
Support personnel recovery mission timing windows, safe-corridor analysis, and recovery support deconfliction.
Orchestrate procedural reversion plans when polar SATCOM outages disrupt command and control for Arctic operations.
Govern explosive safety and custody controls during high-tempo port-rail ammunition surge operations.
Maintain distributed portable nuclear detector coverage, trust, and rapid reconstitution under contested conditions.
Support joint planning for outbreak containment and coordinated riot response in detainee and POW holding facilities.
Assure AI-assisted weaponeering recommendations before mission execution. Use when strike effectiveness and collateral constraints depend on model-backed targeting outputs.
Resolve ammunition interoperability constraints across joint and coalition precision-fires platforms during high-tempo operations.
Support U.S. warfighter planning for precision-fires C2 latency compensation. Use when sensor-to-shooter delays, transport instability, or message queuing threatens timely effects.
Support precision-fires data lineage assurance and retargeting decisions. Use when target data provenance, timing drift, and sensor disagreement affect strike authorization and re-attack decisions.
Adjudicate suspected PNT spoofing and coordinate resilient navigation branches across joint forces. Use when timing or geolocation trust degrades mission execution.