ansible-fix
ALWAYS use this skill immediately after running 'ansible-galaxy init' to create a new Ansible role. Also use when the user asks to fix ansible-lint errors or when ansible-lint output shows fixable issues like yaml[comments], schema[meta], meta-incorrect, name[play], or role-name[path] violations.
ansible-role-init
Scaffold a new Ansible role via ansible-galaxy init
ansible-testinfra
Bootstrap minimal testinfra pytest suite for an Ansible role and remind to run via uv
hello-world
Simple prompt that greets the user and confirms Skillstack wiring.
molecule-init
Initialize Molecule testing framework for Ansible roles with Docker-based TDD setup. Use when creating new Ansible roles, setting up molecule scenarios, or when user asks to initialize molecule testing.
skill-builder
This skill exists to create new skills via the bundled CLI workflow.
android-emulator-skill
Production-ready scripts for Android app testing, building, and automation. Provides semantic UI navigation, build automation, accessibility testing, and emulator lifecycle management. Optimized for AI agents with minimal token output. Android equivalent of ios-simulator-skill.
daily-JIRA
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daily-calendars
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daily-emails
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daily-files
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daily-journals
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daily-knowledge
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daily-plans
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daily-work
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new-proposal
Outline the lightweight process for turning discovery inputs into a first-draft Sentient proposal.
news-articles-rename
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project-pulse-brief
Curate stakeholder-ready pulse briefs that summarize project portfolio updates, risks, and next steps.
prospect-brief
Generate an executive briefing on a single lead or sales prospect, covering the last 60 days of emails, Google Drive files (including meeting minutes), Google Calendar meetings, and the matching entry in Mary's Lead Gen Log or Donny's Sales Prospects Tracker. Use when Christopher says "brief me on [company/person]", "prospect brief for [X]", "lead brief", "what's happening with [prospect]", or "prep me on [lead]".
complex-skill
A complex test skill with dependencies
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This skill has invalid frontmatter
test-skill-minimal
A minimal test skill for E2E testing
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Git Version Control
Provides Git version control operations for managing code repositories. Allows agents to check repository status, view commit history, and perform basic Git operations.
cartographer
Work that's too big to hold in one session, planned as a living map of unknowns — named destination, sharp questions, and fog — resolved one at a time, and kept open through implementation so unknowns found mid-build come back to the map instead of into the diff.
coordinator
Coordinate complex work by decomposing it, delegating bounded tasks to available workers, managing dependencies and parallelism, validating evidence, and integrating results. Use when the user asks to coordinate, orchestrate, delegate, use subagents or workers, fan work out, or manage work that benefits from supervised parallel or sequential delivery.
grill-design
Investigate and pressure-test the design of a non-trivial software feature before implementation. Use when requirements, architecture, integration points, edge cases, compatibility, migrations, rollout, or testing decisions remain uncertain, especially in an existing codebase.
grill-visual
Interrogate a plan or design in the browser — opens a local web page and pushes questions with hand-authored HTML diagrams (decision trees, comparison grids, flows) to it, then reads the answers back. Use when the user wants to be grilled visually or graphically, wants a visual/interactive grilling UI instead of terminal Q&A, or invokes grill-visual.
implement-feature
Implement an approved software feature as thin end-to-end slices before hardening individual components. Use when a concrete feature design or implementation plan already exists and the task requires safe incremental implementation in an existing codebase.
nafv4-architecture-metadata
Create and manage NAF v4 (NATO Architecture Framework) / ADMBw Architecture Foundation/Metadata Viewpoints (A1-A8, Ar) in Sparx Enterprise Architect. Use when the user wants to create A1 (Meta-Data Definitions), A2 (Architecture Products), A3 (Architecture Correspondence), A4 (Methodology Used), A5 (Architecture Status), A6 (Architecture Version), A7 (Architecture Compliance), A8 (Standards), or Ar (Architecture Roadmap) diagrams, add architecture metadata elements, create associations between architecture descriptions, or work with NAF architecture foundation modeling. Also triggers on natural language like "architectural description", "view", "viewpoint", "concern", "standard", "protocol", "architecture correspondence", etc.
nafv4-assistant
NAF v4 / ADMBw modeling assistant providing convenience functions for common modeling tasks. Offers specialized utilities like requirement naming, batch operations, and modeling helpers. Automatically routes to appropriate function based on user request or allows browsing available functions. Integrates with nafv4-coordinator for all NAF modeling operations.
nafv4-concepts
Create and manage NAF v4 (NATO Architecture Framework) / ADMBw Concepts Viewpoints (C1-C8, Cr) in Sparx Enterprise Architect. Use when the user wants to create C1 (Capability Taxonomy), C2 (Enterprise Vision), C3 (Capability Dependencies), C4 (Standard Processes), C5 (Effects), C7 (Performance Parameters), C8 (Planning Assumptions), or Cr (Capability Roadmap) diagrams, add capability elements, create associations between capabilities, enterprises, activities, or work with NAF concepts modeling. Also triggers on natural language like "capability", "enterprise vision", "enduring task", "desired effect", "measure of effectiveness", etc.
nafv4-coordinator
Coordinate NAF v4 / ADMBw modeling across all viewpoint categories. Routes requests to specialized skills (Requirements, Architecture Metadata, Concepts, Logical Specification, Physical Resources, Service Specification) and handles cross-viewpoint relationships. Use when the user wants to work with multiple viewpoint categories, create relationships between different viewpoint types (e.g., Requirement → Capability, Capability → Service), or needs guidance on which viewpoint to use.
nafv4-logical-specification
Create and manage NAF v4 (NATO Architecture Framework) / ADMBw Logical Specification Viewpoints (L1-L8, Lr) in Sparx Enterprise Architect. Use when the user wants to create L1 (Node Types), L2 (Logical Scenario), L3 (Node Interactions), L4 (Logical Activities), L5 (Logical States), L6 (Logical Sequence), L7 (Information Model), L8 (Logical Constraints), or Lr (Lines of Development) diagrams, add logical elements, create flows and interactions, or work with NAF logical architecture modeling. Also triggers on natural language like "operational performer", "logical node", "operational activity", "information exchange", "logical flow", etc.
nafv4-physical-resources
Create and manage NAF v4 (NATO Architecture Framework) / ADMBw Physical Resource Specification Viewpoints (P1-P8, Pr) in Sparx Enterprise Architect. Use when the user wants to create P1 (Resource Types), P2 (Resource Structure), P3 (Resource Connectivity), P4 (Resource Functions), P5 (Resource States), P6 (Resource Sequence), P7 (Data Model), P8 (Resource Constraints), or Pr (Configuration Management) diagrams, add resource elements, create associations between resources, or work with NAF physical architecture modeling. Also triggers on natural language like "system", "resource type", "function", "interface", "protocol", "state machine", etc.
nafv4-requirements
Create and manage NAF v4 (NATO Architecture Framework) / ADMBw Requirements Viewpoints (R2-R6) in Sparx Enterprise Architect. Use when the user wants to create R2 (Requirement Catalogue), R3 (Requirement Dependencies), R4 (Requirement Conformance), R5 (Requirement Derivation), or R6 (Requirement Realization) diagrams, add requirements elements, create associations between requirements, or work with NAF requirements modeling. Also triggers on natural language like "functional requirement", "requirement category", "derived from", "conforms to standard", etc.
nafv4-service-specification
Create and manage NAF v4 (NATO Architecture Framework) / ADMBw Service Specification Viewpoints (S1-S8, Sr) in Sparx Enterprise Architect. Use when the user wants to create S1 (Service Taxonomy), S2 (Service Structure), S3 (Service Interfaces), S4 (Service Functions), S5 (Service States), S6 (Service Interactions), S7 (Service Interface Parameters), S8 (Service Policy), or Sr (Service Roadmap) diagrams, add service elements, create service interfaces, model service functions, or work with NAF service modeling. Also triggers on natural language like "service specification", "service interface", "service function", "service policy", "service taxonomy", etc.
arcgis-3d-layers
Add 3D layer types including SceneLayer, IntegratedMeshLayer, PointCloudLayer, VoxelLayer, and DimensionLayer to SceneView. Use for 3D buildings, LiDAR, volumetric data, glTF models, and 3D measurements.
arcgis-advanced-layers
Work with advanced layer types including WMS, WFS, WMTS, OGCFeatureLayer, KMLLayer, MapImageLayer, CatalogLayer, MediaLayer, and VideoLayer. Use for OGC services, server-side rendering, georeferenced media content, and live video feeds from ArcGIS Video Server.
arcgis-ai-components
Add AI-powered natural language assistants to maps using the ArcGIS AI Components package. Use for chat-based map interaction, data exploration, navigation, and custom agents.
arcgis-arcade
Write Arcade expressions for dynamic calculations in popups, renderers, labels, and field calculations. Use for data-driven styling, custom labels, and computed fields.
arcgis-authentication
Implement authentication with ArcGIS using OAuth 2.0, API keys, and identity management. Use for accessing secured services, portal items, and user-specific content.
arcgis-charts
Render interactive charts from ArcGIS layer data using the Charts Components package. Use for bar, line, pie, histogram, scatter, box plot, gauge, radar, and heat charts.
arcgis-cim-symbols
Create advanced cartographic symbols using CIM (Cartographic Information Model). Use for complex multi-layer symbols, animated markers, custom line patterns, and data-driven symbology.
arcgis-coding-components
Embed an Arcade expression editor in applications using the Coding Components package. Use for building Arcade authoring, testing, and debugging interfaces.
arcgis-coordinates-projection
Work with coordinate systems, projections, and coordinate conversion. Use for transforming coordinates and displaying position in multiple formats.
arcgis-core-maps
Create 2D and 3D maps using ArcGIS Maps SDK for JavaScript. Use for initializing maps, scenes, views, and navigation. Supports both Map Components (web components) and Core API approaches.
arcgis-core-utilities
Core utilities including Accessor pattern, Collection, reactiveUtils, promiseUtils, esriRequest, intl (internationalization), and workers. Use for reactive programming, property watching, HTTP requests, locale formatting, async operations, and background processing.
arcgis-custom-rendering
Create custom layer types with WebGL rendering using RenderNode, BaseLayerViewGL2D, BaseTileLayer, and BaseDynamicLayer. Use for advanced visualizations, custom data sources, and post-processing effects.
arcgis-editing
Edit features with the Editor component/widget, configure forms, manage subtypes, handle attachments, and work with branch versioning. Use when adding, updating, or deleting features, building edit forms, managing feature attachments, or working with versioned edits.
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