/watchos
Use when building Apple Watch apps — complications, workouts, HealthKit, or iPhone-Watch connectivity.
$ npx -y skills add fusengine/agents --skill watchos --agent claude-codeHow it fires
How this skill gets triggered: by you, by Claude, or both.
- Fires itselfAuto-invocation. Claude auto-loads it when your prompt matches the work.
- You can call itInvoke it directly when you want it.
- Slash command
/watchos
Context preview
The summary Claude sees to decide when to auto-load this skill.
Use when building Apple Watch apps — complications, workouts, HealthKit, or iPhone-Watch connectivity.
SKILL.md
watchos.SKILL.mdname: watchos
description: Use when building Apple Watch apps — complications, workouts, HealthKit, or iPhone-Watch connectivity.
versions:
watchos: 26
user-invocable: false
references: references/complications.md, references/workouts.md, references/watch-connectivity.md
related-skills: swift-core, swiftui-core, ios, mcp-tools
<objective> Covers watchOS-specific development for Apple Watch: watch-face complications for glanceable data, workout sessions and fitness tracking, HealthKit access to health metrics, and Watch Connectivity for iPhone-Watch sync.
Includes design considerations specific to the platform — small display with large touch targets, glanceable information with minimal text, Digital Crown scrolling/input, Force Touch on older watches, swipe/tap gestures, and battery-conscious background work.
Best practices: keep information glanceable, use large tap targets, minimize text input, drive watch-face updates through complications, use efficient background refresh, and always validate on real hardware since the simulator behaves differently. </objective>
watchOS Platform
watchOS-specific development for Apple Watch experiences.
Agent Workflow (MANDATORY)
Before ANY implementation, use `TeamCreate` to spawn 3 agents:
1. **fuse-ai-pilot:explore-codebase** - Analyze existing watchOS patterns 2. **fuse-ai-pilot:research-expert** - Verify latest watchOS 26 docs via Context7/Exa 3. **mcp__apple-docs__search_apple_docs** - Check watchOS patterns
After implementation, run **fuse-ai-pilot:sniper** for validation.
---
Overview
When to Use
- Building Apple Watch apps
- Creating watch face complications
- Workout and fitness tracking
- Health data access (HealthKit)
- iPhone-Watch communication
Why watchOS Skill
| Feature | Benefit | |---------|---------| | Complications | Glanceable data on watch face | | Workouts | Fitness and health tracking | | HealthKit | Access health metrics | | Connectivity | Sync with iPhone |
---
Reference Guide
| Need | Reference | |------|-----------| | Watch face complications | [complications.md](references/complications.md) | | Workout sessions, HealthKit | [workouts.md](references/workouts.md) | | iPhone ↔ Watch sync | [watch-connectivity.md](references/watch-connectivity.md) |
---
Design Considerations
Screen Size
- Small display, large touch targets
- Glanceable information
- Minimal text, clear icons
Interactions
- Digital Crown for scrolling/input
- Force Touch (older watches)
- Gestures: swipe, tap
Battery
- Minimize background work
- Use complications for updates
- Efficient data transfer
---
Best Practices
1. **Glanceable** - Quick information access 2. **Large targets** - Easy tapping 3. **Minimal input** - Reduce typing 4. **Complications** - Update watch face data 5. **Background refresh** - Efficient updates 6. **Test on device** - Simulator differs from hardware
Read more
name: watchos description: Use when building Apple Watch apps — complications, workouts, HealthKit, or iPhone-Watch connectivity. versions: watchos: 26 user-invocable: false references: references/complications.md, references/workouts.md, references/watch-connectivity.md related-skills: swift-core, swiftui-core, ios, mcp-tools
<objective> Covers watchOS-specific development for Apple Watch: watch-face complications for glanceable data, workout sessions and fitness tracking, HealthKit access to health metrics, and Watch Connectivity for iPhone-Watch sync.
Includes design considerations specific to the platform — small display with large touch targets, glanceable information with minimal text, Digital Crown scrolling/input, Force Touch on older watches, swipe/tap gestures, and battery-conscious background work.
Best practices: keep information glanceable, use large tap targets, minimize text input, drive watch-face updates through complications, use efficient background refresh, and always validate on real hardware since the simulator behaves differently. </objective>
watchOS Platform
watchOS-specific development for Apple Watch experiences.
Agent Workflow (MANDATORY)
Before ANY implementation, use `TeamCreate` to spawn 3 agents:
1. **fuse-ai-pilot:explore-codebase** - Analyze existing watchOS patterns 2. **fuse-ai-pilot:research-expert** - Verify latest watchOS 26 docs via Context7/Exa 3. **mcp__apple-docs__search_apple_docs** - Check watchOS patterns
After implementation, run **fuse-ai-pilot:sniper** for validation.
---
Overview
When to Use
- Building Apple Watch apps
- Creating watch face complications
- Workout and fitness tracking
- Health data access (HealthKit)
- iPhone-Watch communication
Why watchOS Skill
| Feature | Benefit | |---------|---------| | Complications | Glanceable data on watch face | | Workouts | Fitness and health tracking | | HealthKit | Access health metrics | | Connectivity | Sync with iPhone |
---
Reference Guide
| Need | Reference | |------|-----------| | Watch face complications | [complications.md](references/complications.md) | | Workout sessions, HealthKit | [workouts.md](references/workouts.md) | | iPhone ↔ Watch sync | [watch-connectivity.md](references/watch-connectivity.md) |
---
Design Considerations
Screen Size
- Small display, large touch targets
- Glanceable information
- Minimal text, clear icons
Interactions
- Digital Crown for scrolling/input
- Force Touch (older watches)
- Gestures: swipe, tap
Battery
- Minimize background work
- Use complications for updates
- Efficient data transfer
---
Best Practices
1. **Glanceable** - Quick information access 2. **Large targets** - Easy tapping 3. **Minimal input** - Reduce typing 4. **Complications** - Update watch face data 5. **Background refresh** - Efficient updates 6. **Test on device** - Simulator differs from hardware
A plugin ecosystem that turns Claude Code into a supervised, multi-agent development environment.
Repo: fusengine/agents
Other skills on fusengine-agents.
- /agent-creator
Use when creating expert agents. Generates agent.md with frontmatter, hooks, required sections, and skill references.
Open skill - /apex-methodology
Use when starting ANY development task -- feature, bug fix, refactor, hotfix (triggers: implement, create, build, fix, add feature, refactor, develop).
Open skill - /brainstorming
Use when creating a feature/component or adding functionality. Fires BEFORE APEX Analyze to refine requirements via structured questioning.
Open skill - /challenge
Use before a root-cause, done/verified claim, irreversible action, or 2nd-time fix reaches the owner (APEX or plain conversation); also fires at every eLicit/Verify gate. Not for code correctness (use sniper).
Open skill - /code-quality
Use when validating code quality after modifications -- SOLID compliance, DRY duplication, linter errors, architecture violations. Do NOT use for functional verification (run verification FIRST, then code-quality).
Open skill - /elicitation
Use when an expert agent self-reviews and self-corrects code after the Execute phase, before sniper validation (BMAD-METHOD elicitation techniques).
Open skill