prd-generator
Generate production-ready Product Requirements Documents (PRDs) for software systems and AI-powered features. The skill ensures clear problem framing, measurable outcomes, scoped functionality, testable requirements, technical feasibility, risk awareness, and stakeholder alignment.
migration-readiness
Assess whether an application is ready to migrate to OpenShift. Use when the user describes an application and asks about migration, containerization, or moving to Kubernetes/OpenShift.
integrate-module-into-layer
Integrate a ROS 2 module into the appropriate layer bringup package. Use after creating a package to add it to the autonomy stack launch flow. Covers topic remapping, namespace configuration, and bringup package integration.
add-ros2-package
Create a new ROS 2 package for the AirStack autonomy stack. Use when implementing a new algorithm module (planner, controller, perception, world model, behavior node). Covers package structure, CMakeLists.txt, package.xml, launch files, and configuration.
run-keystone
How to install and run the Keystone CLI to generate devcontainers
ss14-virtual-controller-api
Gives a practical catalog of APIs around the VirtualController in Space Station 14: selection of hooks and order, physics mutators, relay/movement/climb scripts, prediction constraints and safe application patterns.
ss14-virtual-controller-api
Gives a practical catalog of APIs around the VirtualController in Space Station 14: selection of hooks and order, physics mutators, relay/movement/climb scripts, prediction constraints and safe application patterns.
ss14-virtual-controller-api
Gives a practical catalog of APIs around the VirtualController in Space Station 14: selection of hooks and order, physics mutators, relay/movement/climb scripts, prediction constraints and safe application patterns.
ss14-virtual-controller-api
Gives a practical catalog of APIs around the VirtualController in Space Station 14: selection of hooks and order, physics mutators, relay/movement/climb scripts, prediction constraints and safe application patterns.
develop-ai-functions-example
Develop examples for AI SDK functions. Use when creating, running, or modifying examples under examples/ai-functions/src to validate provider support, demonstrate features, or create test fixtures.
ss14-virtual-controller-api
Gives a practical catalog of APIs around the VirtualController in Space Station 14: selection of hooks and order, physics mutators, relay/movement/climb scripts, prediction constraints and safe application patterns.
ss14-physics-system-core
Deep practical guide to PhysicsSystem in Space Station 14: simulation device (broadphase, contacts, islands, solver), connection with Transform/Container/Anchoring, client prediction part and working application patterns. Use it when you need to understand how physics actually works and where it is safe to embed game logic.
ss14-physics-system-core
Deep practical guide to PhysicsSystem in Space Station 14: simulation device (broadphase, contacts, islands, solver), connection with Transform/Container/Anchoring, client prediction part and working application patterns. Use it when you need to understand how physics actually works and where it is safe to embed game logic.
ss14-physics-system-core
Deep practical guide to PhysicsSystem in Space Station 14: simulation device (broadphase, contacts, islands, solver), connection with Transform/Container/Anchoring, client prediction part and working application patterns. Use it when you need to understand how physics actually works and where it is safe to embed game logic.
ss14-physics-system-core
Deep practical guide to PhysicsSystem in Space Station 14: simulation device (broadphase, contacts, islands, solver), connection with Transform/Container/Anchoring, client prediction part and working application patterns. Use it when you need to understand how physics actually works and where it is safe to embed game logic.
ss14-physics-system-core
Deep practical guide to PhysicsSystem in Space Station 14: simulation device (broadphase, contacts, islands, solver), connection with Transform/Container/Anchoring, client prediction part and working application patterns. Use it when you need to understand how physics actually works and where it is safe to embed game logic.
permanent-note
제텔카스텐 영구 노트(permanent note)를 생성합니다. 메모를 입력하면 요약 제목, 원문, AI 보충, 연관 노트를 포함한 노트를 만듭니다.
