Kriscard Kriscard Claude Plugins Studio Startup

Studio Startup Orchestration Skill

Overview

This skill orchestrates the complete journey from startup idea to working MVP by coordinating specialized marketplace plugins. It provides a structured workflow that ensures proper product strategy, requirements gathering, technical validation, architecture design, and implementation - preventing common startup pitfalls like building the wrong thing or making poor technical decisions.

When to Use This Skill

This skill should be used when the user asks to "start a project", "new startup", "side project idea", "create an app", "build an MVP", "help me launch", or describes wanting to build something new. It applies to web applications, mobile apps, APIs, and CLI tools.

Core Workflow

Execute the following phases in sequence, clearly announcing each phase transition to the user. Use the TodoWrite tool at the start to create phase tracking todos.

Phase 0: Initial Setup

Before beginning the main workflow:

1. Check for settings file at .claude/studio-startup.local.md

   • If missing, offer to create it: "I notice you don't have settings configured. Would you like me to create a settings file with your preferences?"
   • If user accepts, guide them through key preferences (favorite stacks, experience level, team size)
   • If user declines, use sensible defaults (Next.js/TanStack Start for web, React Native for mobile, FastAPI for API)

2. Determine starting phase

   • Ask user: "Which phase would you like to start from?"
   • Options:
     • Strategy - Complete workflow from business vision
     • Requirements - Skip strategy, start with detailed specs
     • Tech Selection - Have requirements, need stack recommendations
     • Implementation - Have architecture, ready to code
   • Default to Strategy if user is unsure

3. Create phase tracking

   • Use TodoWrite to create todos for all selected phases
   • Mark first phase as in_progress

Phase 1: Product Strategy

Announce: "Moving to Product Strategy phase - defining vision and market fit..."

Use the product strategy frameworks from references/product-strategy.md:

The product strategy phase will guide:

• Product vision and value proposition
• Target users and market analysis
• Competitive landscape assessment
• OKR setting for MVP scope

Output from this phase: Clear product strategy with defined goals, target users, and success metrics.

Mark phase complete and move to Requirements.

Phase 2: Requirements Gathering

Announce: "Product strategy complete. Moving to Requirements phase - gathering detailed specifications..."

Invoke the ideation skill using the Skill tool:

Skill tool → "ideation"

The ideation skill will:

• Transform product strategy into structured requirements
• Define user stories and features
• Create phased implementation plan
• Generate technical specifications

Output from this phase: Detailed requirements documents in docs/ideation/ directory.

Mark phase complete and move to Tech Selection.

Phase 3: Tech Stack Selection

Announce: "Requirements gathered. Moving to Tech Selection phase - analyzing optimal stack..."

Invoke the tech-stack-advisor agent (defined in this plugin) using the Task tool:

Task tool → subagent_type: "tech-stack-advisor"
Prompt: "Based on the requirements in docs/ideation/, recommend 2-3 optimal tech stacks. Consider: [requirements summary], team experience: [from settings], scalability needs: [from strategy]"

The agent will:

• Analyze requirements and constraints
• Present 2-3 detailed stack options with pros/cons
• Include deployment/hosting recommendations
• Provide rationale for each option

User interaction: Present options and let user choose or request alternatives.

Output from this phase: Selected tech stack with rationale.

Mark phase complete and move to Technical Validation.

Phase 4: Technical Validation

Announce: "Tech stack selected. Moving to Technical Validation phase - ensuring solid architecture principles..."

Use the CTO frameworks from references/cto-frameworks.md to validate:

The technical validation phase will:

• Validate tech stack choice against requirements
• Identify potential scalability bottlenecks
• Suggest architecture patterns
• Warn about technical debt risks
• Recommend best practices for chosen stack

Output from this phase: Technical validation report with architecture guidance.

Mark phase complete and move to System Design.

Phase 5: System Design

Announce: "Technical decisions validated. Moving to System Design phase - creating detailed architecture..."

Invoke the senior-architect skill using the Skill tool:

Skill tool → "architecture:senior-architect"
Prompt: "Create detailed system design for this [project type] using [selected stack]. Requirements in docs/ideation/, CTO guidance available. Include component architecture, data flow, and key design patterns."

The senior-architect will:

• Design complete system architecture
• Define component boundaries and responsibilities
• Specify data models and relationships
• Create architecture diagrams (C4 or similar)
• Document key design decisions

Output from this phase: Architecture documentation in docs/architecture.md or similar.

Mark phase complete and prepare for Implementation.

Phase 6: Project Setup & Path Selection

Before implementation, gather final details:

1. Ask user for output path:

   • Check settings for default_path
   • Prompt: "Where should I create the project? (Default: [from settings or ~/projects])"
   • Validate path exists or can be created

2. Confirm project name:

   • Use name from earlier in workflow or ask
   • Validate name is filesystem-safe (kebab-case recommended)

3. Create project directory:

   mkdir -p /chosen/path/project-name
   cd /chosen/path/project-name
   

4. Initialize git if configured:

   # If settings.output_preferences.git_init is true
   git init
   

Phase 7: Implementation

Announce: "System design complete. Moving to Implementation phase - generating MVP code..."

Implementation strategy depends on project type:

For Web Applications

Invoke both frontend-design and code-assistant skills:

Skill tool → "frontend-design"
Prompt: "Design and implement the UI for this [app type]. Requirements in docs/ideation/, architecture in docs/architecture.md. Use [selected stack]. Focus on core MVP features."

Skill tool → "developer-tools:code-assistant"
Prompt: "Implement the complete web application based on frontend design and architecture. Include authentication, API routes, database setup, and core features from requirements."

For Mobile Applications

Invoke code-assistant:

Skill tool → "developer-tools:code-assistant"
Prompt: "Implement mobile app using [selected stack]. Requirements in docs/ideation/, architecture in docs/architecture.md. Include navigation, screens, state management, and API integration for core features."

For APIs/Backend

Invoke code-assistant:

Skill tool → "developer-tools:code-assistant"
Prompt: "Implement API service using [selected stack]. Requirements in docs/ideation/, architecture in docs/architecture.md. Include endpoints, data models, authentication, and database integration."

For CLI Tools

Invoke code-assistant:

Skill tool → "developer-tools:code-assistant"
Prompt: "Implement CLI tool using [selected stack]. Requirements in docs/ideation/, architecture in docs/architecture.md. Include command structure, argument parsing, and core functionality."

Mark phase complete and move to Finalization.

Phase 8: Finalization & Handoff

Announce: "Implementation complete. Finalizing project artifacts..."

1. Generate project documentation:

   • Create comprehensive README.md:
     • Project overview and features
     • Setup instructions (dependencies, environment)
     • Architecture summary (link to docs/architecture.md)
     • Deployment guide (based on selected stack and hosting preferences)
     • Development workflow (how to run, test, build)

2. Create project manifest (.studio-startup.json):

   {
     "plugin_version": "0.1.0",
     "created_at": "[timestamp]",
     "project_type": "[web|mobile|api|cli]",
     "tech_stack": {
       "frontend": "[if applicable]",
       "backend": "[stack]",
       "database": "[if applicable]",
       "deployment": "[platforms]"
     },
     "phases_completed": [
       "strategy", "requirements", "tech-selection",
       "validation", "design", "implementation"
     ],
     "documentation": {
       "product_specs": "docs/ideation/",
       "architecture": "docs/architecture.md",
       "readme": "README.md"
     }
   }
   

3. Organize documentation:

   • Ensure all docs are in proper locations
   • Create docs/ directory structure if needed
   • Copy product specs from ideation output
   • Ensure architecture docs are present

4. Initial git commit (if git_init enabled):

   git add .
   git commit -m "feat: initial project setup from studio-startup plugin
   
   Complete MVP implementation with:
   - Product strategy and requirements
   - [Selected tech stack]
   - Core features: [list key features]
   
   Generated by studio-startup plugin v0.1.0"
   

5. Mark all phase todos complete

6. Present final summary to user:

   ✅ Project successfully created at: [path]
   
   📋 What was created:
   - Complete [project type] MVP using [stack]
   - Product specifications in docs/ideation/
   - Architecture documentation in docs/architecture.md
   - Comprehensive README with setup instructions
   - [X features] implemented and ready to use
   
   🚀 Next steps:
   1. Review README.md for setup instructions
   2. Install dependencies: [command]
   3. Configure environment: Copy .env.example to .env
   4. Run development server: [command]
   5. Deploy to [recommended platforms]
   
   💡 To iterate: Use the generated documentation as foundation
      and continue development with code-assistant or specialized agents.
   

Settings Integration

Throughout the workflow, reference user settings from .claude/studio-startup.local.md:

Reading Settings

If settings file exists, extract preferences:

# Check if settings exist
test -f .claude/studio-startup.local.md

Key settings to use:

• favorite_stacks.[project_type] - Prioritize these in tech recommendations
• team_context.experience_level - Influences stack complexity recommendations
• team_context.team_size - Affects architecture decisions (monolith vs microservices)
• default_patterns.* - Apply these patterns in implementation
• output_preferences.default_path - Default project location
• deployment_preferences.* - Use in hosting recommendations

Applying Settings

In Tech Selection phase:

• Pass favorite stacks to tech-stack-advisor agent
• Mention experience level for appropriate complexity
• Reference team size for scalability decisions

In Implementation phase:

• Include testing setup if default_patterns.testing: true
• Add Docker config if default_patterns.docker: true
• Include linting if default_patterns.eslint: true

In Finalization phase:

• Initialize git if output_preferences.git_init: true
• Use readme_template level (minimal vs detailed)
• Add LICENSE if output_preferences.include_license: true

Command vs Skill Entry Points

This skill can be triggered two ways:

1. Natural Language (Skill Activation)

User phrases like "help me start a SaaS project" trigger this skill automatically.

Behavior: Full interactive workflow with questions and guidance.

2. Explicit Command

User runs /studio-startup:new command (see commands/new.md).

Behavior: Command may pass arguments (project type, name, starting phase) that skip some interactive questions. The skill still executes the same workflow phases.

Coordination: When command invokes this skill, it will pass context about any arguments provided. Use this context to skip redundant questions.

Progress Tracking

Use TodoWrite throughout:

1. At start: Create todos for all phases (0-8)
2. Phase transitions: Mark current phase complete, next phase in_progress
3. Within phases: If phases have sub-steps, add temporary todos
4. At completion: All todos should be marked completed

This gives users clear visibility into workflow progress.

Error Handling

Missing Dependencies

If required plugins are unavailable:

• List missing plugins explicitly
• Provide installation instructions
• Offer to continue with available plugins (degraded mode)

Example:

Required plugin 'architecture' not found.
Install with: cc plugin install architecture

Would you like to continue without architecture design phase?
(Warning: This may result in less optimal system design)

Phase Failures

If a phase fails (skill throws error, user cancels, etc.):

• Save progress in .studio-startup-state.json
• Explain what failed and why
• Offer to resume from this phase later
• Provide manual next steps if needed

User Interruptions

If user interrupts workflow (changes topic, asks different question):

• Note current phase in conversation
• Offer to save state: "Would you like me to save progress? You can resume later with the same workflow."
• If user returns to topic, detect and offer to continue

Edge Cases

User Already Has Some Artifacts

If user says "I already have requirements" or "I already did product strategy":

• Confirm they want to skip that phase
• Ask for location of existing docs
• Validate artifacts exist and are usable
• Resume workflow from next phase

User Wants to Change Decisions

If user wants to change tech stack after selection:

• Go back to Tech Selection phase
• Re-run validation and design phases
• Don't re-implement (that would be wasteful)
• Update manifest with decision history

Small Projects vs Large Projects

Adjust phase depth based on project scope:

Small projects (single developer, simple app):

• Product strategy can be brief (5-10 minutes)
• Requirements can be lightweight
• Architecture can be simple

Large projects (team, complex requirements):

• Invest more time in each phase
• More detailed documentation
• More thorough validation

Detection: Ask during Phase 0: "Is this a simple side project or a more complex startup?" Use response to calibrate phase depth.

Integration Notes

Calling Skills

Use Skill tool for skill invocation:

# Correct
Skill(skill="product-strategist")
Skill(skill="ideation")
Skill(skill="architecture:senior-architect")

# Note: Skills from other plugins require plugin prefix
# This plugin's skills don't need prefix

Calling Agents

Use Task tool for agent invocation:

# For agents in this plugin
Task(subagent_type="tech-stack-advisor", prompt="...", description="...")

# For agents in other plugins (use full identifier)
Task(subagent_type="developer-tools/code-assistant", prompt="...", description="...")

Plugin Availability

Before invoking external plugins:

• Assume they are available (common marketplace plugins)
• If invocation fails, catch error and handle gracefully
• Provide installation guidance

Gotchas

• Over-engineering small projects is the main failure mode — a simple side project doesn't need 8 full phases; detect project scope in Phase 0 and calibrate depth
• Phase ceremony ("Moving to Product Strategy phase...") should be brief, not theatrical — announce transitions in one line
• Don't re-run validation and design phases if the user just wants to tweak the tech stack — only re-run what's actually invalidated
• The user may already have artifacts from earlier work — always check before regenerating (ask "do you have existing requirements?")
• Plugin dependencies (ideation, architecture) may not be installed — fail gracefully with install instructions, don't crash the workflow
• Settings in .claude/studio-startup.local.md should be loaded once at start, not re-read at every phase

Best Practices

1. Clear phase announcements: Always announce phase transitions
2. User confirmation at key points: Especially before implementation
3. Save context between phases: Pass outputs from earlier phases to later ones
4. Respect user settings: Don't ignore their preferences
5. Comprehensive documentation: Generate thorough docs, they're the foundation for iteration
6. Explain decisions: When orchestrating, explain why calling each plugin
7. Handle failures gracefully: Don't leave users stuck if something fails

Additional Resources

For detailed orchestration patterns and advanced coordination strategies, see:

• references/orchestration-guide.md - Deep dive on skill coordination patterns
• references/tech-stack-catalog.md - Common stacks with detailed pros/cons
• references/project-types.md - Type-specific guidance and patterns
• references/cto-frameworks.md - DORA metrics, team ratios, ADR templates
• references/product-strategy.md - OKRs, RICE prioritization, product vision

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