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SkillsMP has collected 463 skills from TuringWorks/civstack. Open a skill to review its source and details.
TuringWorks/civstackShowing 40 of 463 collected skills.
Cross-cutting role archetype: **Seller/Matcher** — match needs to offerings and negotiate exchange. This pattern recurs in nearly every operating system. Use this skill to understand the shape of the role, its human/AI/robot division of labor, and how to…
Cross-cutting role archetype: **Steward** — preserve assets for future use. This pattern recurs in nearly every operating system. Use this skill to understand the shape of the role, its human/AI/robot division of labor, and how to instantiate it inside any…
Cross-cutting role archetype: **Strategist** — set direction under uncertainty. This pattern recurs in nearly every operating system. Use this skill to understand the shape of the role, its human/AI/robot division of labor, and how to instantiate it inside…
Strategic mission (cross-cutting national capability): **Advanced Manufacturing** — Produce strategic goods reliably, safely, affordably, and at scale. Unlike the sector operating systems, a mission composes several of them toward one strategic objective. Use…
Strategic mission (cross-cutting national capability): **Bioeconomy** — Use biological systems to improve health, food, materials, environment, and industry while preventing biological harm. Unlike the sector operating systems, a mission composes several of…
Strategic mission (cross-cutting national capability): **Cyber Defense** — Detect, prevent, respond to, and recover from cyber threats across public, private, critical, and strategic technology systems. Unlike the sector operating systems, a mission composes…
Strategic mission (cross-cutting national capability): **Digital Infrastructure** — Keep digital systems available, secure, interoperable, scalable, and trusted. Unlike the sector operating systems, a mission composes several of them toward one strategic…
Strategic mission (cross-cutting national capability): **Energy Abundance** — Make power availability a national advantage rather than a constraint. Unlike the sector operating systems, a mission composes several of them toward one strategic objective. Use…
Strategic mission (cross-cutting national capability): **Frontier AI Production** — Create AI systems that are capable, reliable, secure, useful, economically productive, and governable. Unlike the sector operating systems, a mission composes several of them…
Strategic mission (cross-cutting national capability): **Frontier Talent Formation** — Continuously produce, reskill, and retain people capable of leading, supervising, and improving AI- and robot-augmented systems. Unlike the sector operating systems, a…
Strategic mission (cross-cutting national capability): **Public Procurement for Frontier Technology** — Turn national needs into early markets for high-value technologies. Unlike the sector operating systems, a mission composes several of them toward one…
Strategic mission (cross-cutting national capability): **Quantum and Space Systems** — Develop quantum and space capabilities that improve sensing, communications, computation, navigation, science, defense, and competitiveness. Unlike the sector operating…
Strategic mission (cross-cutting national capability): **Science-to-Industry** — Shorten the path from research insight to national capability. Unlike the sector operating systems, a mission composes several of them toward one strategic objective. Use this…
Strategic mission (cross-cutting national capability): **Semiconductor Sovereignty** — Ensure access to critical chips and semiconductor capabilities for AI, defense, telecom, energy, automotive, healthcare, and industry. Unlike the sector operating systems,…
Strategic mission (cross-cutting national capability): **Strategic Supply Chain** — Make supply chains visible, resilient, compliant, and aligned with national technology priorities. Unlike the sector operating systems, a mission composes several of them…
Human-command role: **AI governance lead**. The accountable human owner for this domain. Use when the work is to govern AI inventories, model risk, evaluation gates, responsible AI, privacy, bias, safety, audit, incident response, and the approval boundaries…
Human-command role: **Import/export compliance lead**. The accountable human owner for this domain. Use when the work is to own customs, tariffs, trade documentation, export controls, sanctions screening, restricted parties, dual-use goods, technology…
Human-command role: **National technology strategist**. The accountable human owner for this domain. Use when the work is to set national technology direction across frontier AI, compute, chips, energy, robotics, manufacturing, bio, quantum, space, cyber,…
Human-command role: **Procurement innovation lead**. The accountable human owner for this domain. Use when the work is to use mission-driven public or enterprise procurement to accelerate frontier technology through challenge procurement, pilots, testbeds,…
Anti-deskilling / keep-warm role: **Competency assessment & certification agent** (AI agent) — runs gradeable competency checks and tracks fallback-readiness and bench depth. Part of the layer that uses **job and role simulators** to keep humans current,…
Anti-deskilling / keep-warm role: **Drill & exercise coordinator** (Human oversight role (accountability boundary)) — schedules and runs manual-reversion drills and full-scale 'automation-off' exercises. Part of the layer that uses **job and role simulators**…
Anti-deskilling / keep-warm role: **Dual-use world-model & sim-fidelity engineer** (Human engineering role (AI/robotics)) — exposes the machine-training world models and simulators as human-training environments and manages fidelity and transfer. Part of the…
Anti-deskilling / keep-warm role: **Human-skill simulation & curriculum designer** (Human engineering role (AI/robotics)) — designs the keep-warm simulators, drill scenarios, and learning-ladder curricula that prevent deskilling. Part of the layer that uses…
Anti-deskilling / keep-warm role: **Scenario-generation agent** (AI agent) — mines real incidents, logs, and near-misses into drill scenarios and adversarial edge cases, including simulated AI failures for oversight training. Part of the layer that uses **job…
Anti-deskilling / keep-warm role: **Tacit-knowledge capture agent** (AI agent) — captures expert decisions and demonstrations and turns them into curricula and training demonstrations. Part of the layer that uses **job and role simulators** to keep humans…
Non-humanoid autonomous machine for the Defense operating system: **Autonomous logistics & resupply vehicle (UGV)** — move materiel, fuel, and casualties across austere terrain without a crewed cab. Best in: bases, forward areas, disaster-relief corridors. A…
Non-humanoid autonomous machine for the Defense operating system: **ISR reconnaissance drone (UAS)** — conduct intelligence, surveillance, and reconnaissance from the air under human command. Best in: borders, maritime approaches, contested and disaster…
Non-humanoid autonomous machine for the Public Safety operating system: **Search & response drone** — search for people, map incidents, and deliver overhead situational awareness in emergencies. Best in: disaster zones, wildland fires, search areas. A…
Non-humanoid autonomous machine for the Food operating system: **Autonomous harvester / combine** — harvest grain, forage, fruit, or specialty crops and map yield as it goes. Best in: broadacre grain, forage, and specialty farms. A self-driving/self-operating…
Non-humanoid autonomous machine for the Food operating system: **Autonomous tractor** — till, plant, cultivate, and tow implements across fields to a crop plan with no operator in the seat. Best in: row-crop and broadacre farms; smallholder plots with shared…
Non-humanoid autonomous machine for the Food operating system: **Crop-scouting drone** — fly fields to scout stand, weeds, pests, disease, and irrigation from the air. Best in: fields, orchards, vineyards. A self-driving/self-operating platform whose planning…
Non-humanoid autonomous machine for the Food operating system: **Spraying & seeding drone** — apply crop inputs and seed precisely from the air on a prescription map. Best in: fields, orchards, vineyards, paddies, and steep or wet ground machines can't reach.…
Non-humanoid autonomous machine for the Water operating system: **Reservoir survey & sampling vessel (USV)** — survey reservoirs and waterways and collect water-quality samples autonomously. Best in: reservoirs, intakes, rivers, coastal outfalls. A…
Non-humanoid autonomous machine for the Water operating system: **Water-asset inspection drone** — inspect tanks, towers, pipelines, and treatment assets from the air. Best in: treatment plants, tank farms, pipeline corridors. A self-driving/self-operating…
Non-humanoid autonomous machine for the Energy operating system: **Grid & renewable-asset inspection drone** — inspect powerlines, towers, substations, and solar/wind assets from the air. Best in: transmission corridors, substations, solar and wind farms. A…
Non-humanoid autonomous machine for the Mining operating system: **Autonomous blast-hole drill** — drill blast-holes to a pattern precisely and repeatably. Best in: open-pit benches. A self-driving/self-operating platform whose planning brain issues physical…
Non-humanoid autonomous machine for the Mining operating system: **Autonomous haul truck** — haul ore and overburden on mine haul roads around the clock. Best in: open-pit mines and quarries. A self-driving/self-operating platform whose planning brain issues…
Non-humanoid autonomous machine for the Mining operating system: **Autonomous loader / excavator** — load trucks and dig and move material at the face. Best in: mines, quarries, stockyards. A self-driving/self-operating platform whose planning brain issues…
Non-humanoid autonomous machine for the Shelter operating system: **Autonomous earthmover (dozer/excavator/loader)** — grade, excavate, load, and move material to a site model. Best in: construction sites, road projects, earthworks. A…
Non-humanoid autonomous machine for the Shelter operating system: **Site survey & progress drone** — map the site, track earthwork volumes, and monitor progress and safety from the air. Best in: active construction sites. A self-driving/self-operating…