🎯 OMNI-GRID 2.0 PROJECT BLUEPRINT

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  \____/|_|  |_|_| \_|___|     \____|_| \_\___|____/

  [ PROJECT BLUEPRINT - ACTIVE ]
  [ PHASE: Q2-Q3 2026 EXECUTION ]

📋 DOCUMENT PURPOSE

This blueprint translates the ROADMAP.md into actionable development tasks. It provides:

Detailed implementation plans for each feature
Task dependencies and priority ordering
Technical specifications and acceptance criteria
Resource allocation and time estimates

Last Updated: July 2026
Status: Phase 4 (Q2–Q3 2026) - In Progress

🎯 CURRENT PHASE OVERVIEW: Q2–Q3 2026

Phase 4 Status: ~30% Complete

Phases 1–3 are complete. All Phase 2 tasks documented below (Settings Panel, Theme System, Widget Docs, Music Player, AI Chat, Code Editor, Marketplace Foundation) have shipped. See ROADMAP.md for the full completion history.

Phase 4 Goals:

Mobile & PWA support (offline, installable)
Cloud backup & multi-device synchronization
Real-time collaboration and shared workspaces
Community portal and widget ecosystem growth

Key Deliverables:

✅ PWA icons and full offline support
Cloud backup service with E2E encryption
Multi-device sync with conflict resolution
Community portal (CommunityPortal widget)
Multi-agent AI hub (MultiAgentHub widget)
Plugin API documentation & developer portal
Rating & review system for marketplace

📊 PRIORITY MATRIX — PHASE 4 (Q2–Q3 2026)

All Phase 2 priorities (Tasks 1–7 below) are ✅ Complete.

🔴 P0 - Critical (Must Complete This Phase)

PWA Icons & Full Offline Mode - ✅ Complete — icons and screenshot generated
Plugin API Documentation - Developer portal and full guide needed
Community Contribution Guidelines - Review workflow documentation

🟡 P1 - High (Should Complete This Phase)

Cloud Backup & Sync - Multi-device with E2E encryption
Widget Marketplace — Full Platform - Rating/review + submission queue
Mobile Touch Interface - Touch-optimized grid interactions

🟢 P2 - Medium (Nice to Have This Phase)

Real-Time Collaboration - Shared workspaces and presence indicators

🏗️ DETAILED TASK BREAKDOWN

TASK 1: Settings Panel v2 [P0]

Status: ✅ Complete
Priority: Critical
Estimated Effort: 2 weeks
Dependencies: None
Owner: GizzZmo

📝 Description

Create a centralized configuration interface to replace scattered widget settings. This is foundational for theme customization and future features.

🎯 Acceptance Criteria

Modal/panel opens via keyboard shortcut (Cmd+,) and command palette
Organized tabs: General, Appearance, Widgets, Data, Advanced
All widget enable/disable toggles in one place
Theme selection and preview
Data import/export functionality
Settings persist to localStorage
Keyboard navigation support
Responsive design for mobile

🔧 Technical Specifications

Component Structure

components/
  SettingsPanel/
    SettingsPanel.tsx       # Main container
    GeneralTab.tsx          # General settings
    AppearanceTab.tsx       # Theme & visual
    WidgetsTab.tsx          # Widget management
    DataTab.tsx             # Import/export
    AdvancedTab.tsx         # Power user options
    SettingsContext.tsx     # Settings state

State Management

interface SettingsState {
  general: {
    startupBehavior: 'restore' | 'default' | 'empty';
    autoSave: boolean;
    autoSaveInterval: number; // seconds
  };
  appearance: {
    theme: string;
    customColors?: ThemeColors;
    animationsEnabled: boolean;
    reducedMotion: boolean;
  };
  widgets: {
    [widgetId: string]: {
      enabled: boolean;
      defaultConfig?: any;
    };
  };
  data: {
    lastExport?: string;
    autoBackup: boolean;
  };
  advanced: {
    developerMode: boolean;
    debugLogs: boolean;
  };
}

API Integration

Create useSettings() hook for components
Implement settings persistence layer
Add migration system for settings schema changes

🧪 Testing Requirements

Unit tests for each settings tab component
Integration tests for settings persistence
E2E tests for keyboard navigation
Visual regression tests for all tabs

📚 Documentation Requirements

User guide: How to access and use settings
Developer guide: How to add new settings
API reference: Settings hooks and utilities

🔗 Related Files

types.ts - Add SettingsState interface
store.ts - Add settings store slice
App.tsx - Add settings panel component
docs/configuration.md - Document all settings

TASK 2: Theme Customization System [P0]

Status: ✅ Complete
Priority: Critical
Estimated Effort: 3 weeks
Dependencies: Settings Panel v2
Owner: GizzZmo

📝 Description

Enable users to create, customize, and share color themes. Move beyond the default cyberpunk theme to allow full personalization.

🎯 Acceptance Criteria

Theme editor with live preview
Color picker for all theme variables
5+ preset themes (Cyberpunk, Nord, Dracula, Light, Minimal)
Theme export as JSON
Theme import from JSON
Theme sharing via URL parameter
Real-time theme updates without page reload
Color contrast validation (WCAG AA)

🔧 Technical Specifications

Theme Schema

interface Theme {
  id: string;
  name: string;
  author?: string;
  description?: string;
  colors: {
    // Base colors
    background: string;
    foreground: string;

    // Accent colors
    primary: string;
    secondary: string;
    accent: string;

    // Semantic colors
    success: string;
    warning: string;
    error: string;
    info: string;

    // UI elements
    border: string;
    input: string;
    card: string;
    popover: string;

    // Text variants
    textPrimary: string;
    textSecondary: string;
    textMuted: string;
  };
  effects?: {
    glowEnabled: boolean;
    glitchEnabled: boolean;
    particlesEnabled: boolean;
  };
}

Component Structure

components/
  ThemeEditor/
    ThemeEditor.tsx           # Main editor
    ColorPicker.tsx           # Color selection
    ThemePreview.tsx          # Live preview
    ThemePresets.tsx          # Preset library
    ThemeExport.tsx           # Export dialog
    ThemeImport.tsx           # Import dialog
  ThemeProvider.tsx           # Context provider

Implementation Approach

Use CSS variables for all colors
Dynamic CSS variable injection
localStorage for theme persistence
URL parameter for theme sharing (?theme=...)
Lazy loading for theme presets

🧪 Testing Requirements

Unit tests for theme validation
Unit tests for color conversion utilities
Integration tests for theme switching
Visual regression tests for preset themes
Accessibility tests for color contrast

📚 Documentation Requirements

User guide: Creating custom themes
Developer guide: Adding new theme variables
Theme schema documentation
Example themes with explanations

🔗 Related Files

types.ts - Add Theme interface
store.ts - Add theme store
index.css - Define CSS variables
docs/configuration.md - Theme documentation

📦 Preset Themes

1. Cyberpunk (Default)

Neon accents: cyan, magenta, yellow
Dark slate background
Glitch effects enabled

2. Nord

Cool blues and grays
Arctic palette
Minimal effects

3. Dracula

Purple and pink accents
Dark background
Subtle glow effects

4. Light Mode

Light gray background
Dark text
Minimal effects

5. Minimal

Monochrome palette
No effects
High contrast

TASK 3: Widget API Documentation [P0]

Status: ✅ Complete
Priority: Critical
Estimated Effort: 1 week
Dependencies: None
Owner: GizzZmo

📝 Description

Comprehensive documentation for widget developers. Essential for community contributions and marketplace success.

🎯 Acceptance Criteria

Complete widget lifecycle documentation
TypeScript interfaces documented
5+ example widgets with explanations
Testing guide for widgets
Security best practices
Performance optimization guide
Common pitfalls and solutions
Interactive code playground

🔧 Documentation Structure

docs/widget-api/

1. Getting Started

Quick start guide (15 minutes to first widget)
Development environment setup
Hello World widget tutorial

2. Core Concepts

Widget lifecycle
State management patterns
Props and configuration
Grid layout integration
Cross-talk protocol

3. API Reference

Widget Interface

interface WidgetDefinition {
  id: string;
  title: string;
  icon: LucideIcon;
  category: WidgetCategory;
  defaultSize: { w: number; h: number };
  minSize?: { w: number; h: number };
  maxSize?: { w: number; h: number };
  component: React.ComponentType<WidgetProps>;
  config?: WidgetConfig;
}

interface WidgetProps {
  id: string;
  config?: any;
  onConfigChange?: (config: any) => void;
  onClose?: () => void;
  onMinimize?: () => void;
}

Store Access

// Read state
const widgets = useStore(state => state.widgets);

// Update state
const addWidget = useStore(state => state.addWidget);

// Persistent config
const config = useWidgetConfig(widgetId);

Styling Guidelines

TailwindCSS utility classes
Dark mode first
Cyberpunk aesthetic
Responsive patterns

4. Advanced Topics

AI integration patterns
External API usage
WebSocket connections
File handling
Performance optimization
Security sandboxing

5. Examples

Example 1: Simple Counter Widget

// Full working example with explanations

Example 2: API-Connected Widget

// Weather widget example

Example 3: AI-Powered Widget

// Chat widget example

Example 4: Data Visualization Widget

// Chart widget example

Example 5: Complex Interactive Widget

// Calendar widget example

6. Testing

Unit testing widgets
Integration testing
E2E testing
Visual regression testing
Performance testing

7. Publishing

Widget submission process
Review guidelines
Version management
Update distribution

🧪 Testing Requirements

All code examples must be tested and working
Documentation coverage checker
Link validation
Code snippet compilation test

📚 Deliverables

docs/widget-api/README.md - Overview
docs/widget-api/getting-started.md
docs/widget-api/core-concepts.md
docs/widget-api/api-reference.md
docs/widget-api/advanced.md
docs/widget-api/examples/ - Directory with examples
docs/widget-api/testing.md
docs/widget-api/publishing.md

🔗 Related Files

Update DOCUMENTATION.md with links to widget API
Update CONTRIBUTING.md with widget guidelines
Create examples/ directory with working widgets

TASK 4: Enhanced Music Player Widget [P1]

Status: ✅ Complete
Priority: High
Estimated Effort: 2 weeks
Dependencies: None
Owner: GizzZmo

📝 Description

Enhance the existing SonicArchitecture widget with playlist management, audio visualization, and streaming service integration.

🎯 Acceptance Criteria

🔧 Technical Specifications

Component Structure

widgets/
  SonicArchitecture/
    SonicArchitecture.tsx      # Main component
    Playlist.tsx               # Playlist UI
    AudioVisualizer.tsx        # Visualization
    PlaybackControls.tsx       # Control buttons
    VolumeControl.tsx          # Volume slider
    TrackInfo.tsx              # Metadata display
    useAudioPlayer.ts          # Audio playback hook
    usePlaylist.ts             # Playlist management hook

State Management

interface AudioPlayerState {
  currentTrack: Track | null;
  playlist: Track[];
  isPlaying: boolean;
  volume: number;
  repeat: 'off' | 'one' | 'all';
  shuffle: boolean;
  position: number;
  duration: number;
}

interface Track {
  id: string;
  title: string;
  artist?: string;
  album?: string;
  artwork?: string;
  file: File | string;
  duration?: number;
}

Audio Processing

Use Web Audio API for visualization
Implement audio context for effects
Support for multiple audio formats
Graceful error handling for unsupported formats

🧪 Testing Requirements

Unit tests for playlist management
Unit tests for playback controls
Integration tests for file loading
E2E tests for keyboard shortcuts
Performance tests for large playlists

📚 Documentation Requirements

User guide: How to use the music player
Supported audio formats
Keyboard shortcuts reference

🔗 Related Files

widgets/SonicArchitecture.tsx - Update existing widget
types.ts - Add audio player types
docs/keyboard-shortcuts.md - Add music player shortcuts

TASK 5: AI Chat Widget [P1]

Status: ✅ Complete
Priority: High
Estimated Effort: 2 weeks
Dependencies: None
Owner: GizzZmo

📝 Description

Create a conversational AI interface using the Gemini API for general assistance, code generation, and context-aware responses.

🎯 Acceptance Criteria

🔧 Technical Specifications

Component Structure

widgets/
  AIChat/
    AIChat.tsx                # Main component
    ChatInterface.tsx         # Chat UI
    MessageList.tsx           # Message display
    MessageInput.tsx          # Input field
    CodeBlock.tsx             # Code rendering
    ConversationList.tsx      # Thread management
    ModelSelector.tsx         # Model selection
    useGeminiChat.ts          # API integration hook

State Management

interface ChatState {
  conversations: Conversation[];
  currentConversationId: string | null;
  model: 'gemini-1.5-flash' | 'gemini-1.5-pro';
  systemPrompt: string;
  settings: {
    temperature: number;
    maxTokens: number;
    streamResponses: boolean;
  };
}

interface Conversation {
  id: string;
  title: string;
  messages: Message[];
  createdAt: string;
  updatedAt: string;
}

interface Message {
  id: string;
  role: 'user' | 'assistant';
  content: string;
  timestamp: string;
  tokenCount?: number;
}

API Integration

// Use existing Gemini API setup
import { GoogleGenerativeAI } from '@google/genai';

// Implement streaming support
async function* streamChat(messages: Message[], model: string): AsyncGenerator<string> {
  // Implementation
}

🧪 Testing Requirements

Unit tests for message rendering
Unit tests for conversation management
Integration tests for API calls
E2E tests for chat flow
Mock API responses for testing

📚 Documentation Requirements

User guide: Using the AI chat
Developer guide: Gemini API integration
Best practices for prompts
Token usage and costs

🔗 Related Files

widgets/AIChat.tsx - New widget
types.ts - Add chat types
services/gemini.ts - Shared Gemini utilities
docs/widget-development.md - Add AI integration example

TASK 6: Code Editor Widget (Monaco) [P1]

Status: ✅ Complete
Priority: High
Estimated Effort: 2 weeks
Dependencies: None
Owner: GizzZmo

📝 Description

Integrate Monaco Editor (VS Code's editor) into a widget for code editing with syntax highlighting, IntelliSense, and multi-language support.

🎯 Acceptance Criteria

🔧 Technical Specifications

Dependencies

{
  "@monaco-editor/react": "^4.6.0",
  "monaco-editor": "^0.45.0"
}

Component Structure

widgets/
  CodeEditor/
    CodeEditor.tsx            # Main component
    MonacoWrapper.tsx         # Monaco integration
    FileTree.tsx              # File navigation
    TabBar.tsx                # Open files tabs
    SnippetsPanel.tsx         # Code snippets
    useMonaco.ts              # Monaco hook
    useFileSystem.ts          # File management

State Management

interface CodeEditorState {
  openFiles: EditorFile[];
  activeFileId: string | null;
  fileTree: FileNode[];
  snippets: CodeSnippet[];
  settings: {
    language: string;
    theme: 'vs-dark' | 'vs-light';
    fontSize: number;
    tabSize: number;
    wordWrap: boolean;
  };
}

interface EditorFile {
  id: string;
  name: string;
  path: string;
  content: string;
  language: string;
  isDirty: boolean;
}

interface FileNode {
  id: string;
  name: string;
  type: 'file' | 'folder';
  children?: FileNode[];
}

Monaco Configuration

const monacoConfig = {
  theme: 'vs-dark',
  automaticLayout: true,
  minimap: { enabled: false },
  scrollBeyondLastLine: false,
  fontSize: 12,
  fontFamily: 'JetBrains Mono, monospace',
  lineNumbers: 'on',
  renderWhitespace: 'selection',
};

🧪 Testing Requirements

Unit tests for file management
Integration tests for Monaco integration
E2E tests for code editing flow
Performance tests for large files

📚 Documentation Requirements

User guide: Using the code editor
Supported languages list
Keyboard shortcuts reference
Custom snippets guide

🔗 Related Files

widgets/CodeEditor.tsx - New widget
types.ts - Add editor types
package.json - Add Monaco dependencies
docs/widget-development.md - Add Monaco example

TASK 7: Widget Marketplace Foundation [P2]

Status: ✅ Complete
Priority: Medium
Estimated Effort: 3 weeks
Dependencies: Widget API Documentation
Owner: GizzZmo

📝 Description

Create the foundation for a widget marketplace where users can discover, install, and share custom widgets.

🎯 Acceptance Criteria

🔧 Technical Specifications

Component Structure

components/
  Marketplace/
    Marketplace.tsx           # Main marketplace UI
    WidgetCard.tsx            # Widget display card
    WidgetDetail.tsx          # Detailed view
    WidgetInstaller.tsx       # Installation logic
    SearchBar.tsx             # Search interface
    FilterPanel.tsx           # Filter options
    CategoryBrowser.tsx       # Category navigation

Widget Package Format

interface WidgetPackage {
  metadata: {
    id: string;
    name: string;
    version: string;
    author: string;
    description: string;
    category: string[];
    tags: string[];
    icon?: string;
    screenshots?: string[];
    homepage?: string;
    repository?: string;
    license: string;
  };
  dependencies?: {
    [packageName: string]: string;
  };
  code: {
    component: string; // Base64 encoded component
    types?: string; // TypeScript definitions
  };
  security: {
    checksum: string;
    signature?: string;
  };
}

Installation Flow

User browses marketplace
User clicks "Install" on a widget
System validates widget package
System checks dependencies
System installs widget to local storage
Widget appears in available widgets list
User can add widget to grid

Security Considerations

Sandbox widget execution
Code review before marketplace approval
Checksum verification
Permission system for API access
CSP enforcement

🧪 Testing Requirements

Unit tests for widget installation
Unit tests for widget validation
Integration tests for marketplace API
E2E tests for install flow
Security tests for malicious code detection

📚 Documentation Requirements

User guide: Installing widgets from marketplace
Developer guide: Publishing widgets
Widget package format specification
Security guidelines
Review process documentation

🔗 Related Files

components/Marketplace.tsx - New component
types.ts - Add marketplace types
services/marketplace.ts - Marketplace API
docs/widget-api/publishing.md - Publishing guide

📅 SPRINT PLANNING — PHASE 4 (Q2–Q3 2026)

Phase 2 sprints (Tasks 1–7) are complete. The following reflects the current Phase 4 work.

Sprint 1 (Q2 2026 — Complete): PWA & Marketplace Polish

Goal: Installable app + marketplace full platform

Tasks:

PWA manifest, service worker, and pwaService — ✅ Done
Widget Marketplace install/update system — ✅ Done
Community submission store — ✅ Done

Deliverables:

✅ public/manifest.json, public/sw.js, services/pwaService.ts
✅ MarketWidget + WidgetMarketplace with install/update flow
✅ CommunityPortal widget and communitySubmissionStore.ts

Sprint 2 (Q3 2026 — In Progress): Mobile & Cloud

Goal: Touch interface + cloud backup architecture

Tasks:

PWA app icons (public/icons/icon-192.png, public/icons/icon-512.png) — ✅ Done
Mobile-optimized touch interface for the grid
Cloud backup service design & implementation

Deliverables:

✅ App icon artwork for PWA installability (public/icons/icon-192.png, public/icons/icon-512.png, public/screenshots/desktop.png)
Touch-friendly grid and widget interactions
Cloud backup API design document

Sprint 3 (Q3 2026 — Planned): Developer Portal & Docs

Goal: Plugin API documentation and community contribution guidelines

Tasks:

Plugin API documentation — full guide and examples
Community contribution workflow documentation
Developer portal landing page

Deliverables:

Complete Plugin API docs under docs/widget-api/
Updated CONTRIBUTING.md with widget submission workflow
Developer portal entry point

Sprint 4 (Q3–Q4 2026 — Planned): Advanced AI & Collaboration

Goal: Multi-agent AI and real-time collaboration

Tasks:

MultiAgentHub widget — advanced capabilities
Real-time collaboration design
AI model selection options

Deliverables:

Feature-complete MultiAgentHub widget
Collaboration architecture design
AI model selector in NeuralChat / CyberEditor

🔄 DEPENDENCIES & BLOCKING ISSUES

Critical Path

~~PWA icons must be created before the app is fully installable on mobile~~ — ✅ Resolved
Plugin API documentation should complete before Community Contribution Guidelines
Cloud backup design must finalize before implementation begins

Potential Blockers

PWA Icon Artwork: Requires design work before full installability — ✅ Resolved
Cloud Sync Conflicts: Conflict resolution strategy needs design review
Collaboration Infrastructure: Requires real-time backend (WebSocket/CRDT)
Mobile Grid Performance: Touch interactions may need grid library updates

🧪 TESTING STRATEGY

Test Coverage Goals

Unit Tests: 80% coverage
Integration Tests: 60% coverage
E2E Tests: Critical user flows

Test Categories

1. Unit Tests

Component rendering
State management
Utility functions
Hooks

2. Integration Tests

API integrations
State persistence
Component interactions

3. E2E Tests

Settings flow
Theme switching
Widget installation
Chat conversations
Code editing

4. Performance Tests

Bundle size monitoring
Load time tracking
Memory usage
Frame rate during animations

5. Security Tests

XSS prevention
CSP enforcement
Input sanitization
Widget sandboxing

Testing Tools

Unit/Integration: Vitest
E2E: Playwright (to be added)
Visual Regression: Percy (to be added)
Performance: Lighthouse CI

📊 SUCCESS METRICS

Phase 2 Completion Criteria ✅ ALL MET

Feature Metrics:

6/6 P0 and P1 tasks completed
All acceptance criteria met
Test coverage baseline established

Quality Metrics:

No critical bugs
Security scan clean (CodeQL)
Bundle size within targets

Documentation Metrics:

API docs complete
User guides for all features
Developer guides complete
Working widget examples provided

Phase 4 Completion Criteria (Current)

Feature Metrics:

PWA fully installable with icons
Cloud backup operational
Mobile touch interface working
Plugin API docs complete

Quality Metrics:

Performance score >85
Accessibility score AA
Test coverage >70%
Bundle size <600KB (gzipped)

Community Metrics:

Plugin API documentation published
5+ community PRs merged
Developer portal live

🚀 NEXT PHASE PREVIEW: Q4 2026 (Phase 5)

Upcoming Features

Enterprise self-hosted deployment options
SSO / authentication
Advanced AI workflow automation
Natural language command palette
Predictive analytics dashboard
AI-powered widget generation

Preparation Tasks

Research self-hosted deployment architectures
Evaluate SSO providers (Auth0, Keycloak)
Design natural language command interface
Prototype AI widget generator pipeline

🤝 CONTRIBUTION GUIDELINES

How to Contribute to This Blueprint

Adding New Tasks:

Use the task template below
Assign appropriate priority (P0/P1/P2)
Define clear acceptance criteria
Include technical specifications
Add testing requirements

Updating Task Status:

📋 Planned → 🚧 In Progress → ✅ Complete
Update completion percentage in phase overview
Document any blockers or changes

Task Template:

## TASK X: [Feature Name] [Priority]

**Status:** [Emoji + Text]
**Priority:** [Critical/High/Medium/Low]
**Estimated Effort:** [Time]
**Dependencies:** [List]
**Owner:** [Name/TBD]

### 📝 Description

[Clear description]

### 🎯 Acceptance Criteria

- [ ] Criterion 1
- [ ] Criterion 2

### 🔧 Technical Specifications

[Details]

### 🧪 Testing Requirements

[Test types]

### 📚 Documentation Requirements

[Docs needed]

### 🔗 Related Files

[File list]

📞 CONTACTS & RESOURCES

Project Owner: Jon-Arve Constantine / GizzZmo
Repository: https://github.com/GizzZmo/Omni-Grid-2.0
Documentation: DOCUMENTATION.md
Roadmap: ROADMAP.md
Contributing: CONTRIBUTING.md

Communication Channels

GitHub Issues: Bug reports and feature requests
GitHub Discussions: General questions and ideas
Pull Requests: Code contributions

📝 CHANGELOG

2026-07-21

Updated blueprint to Phase 4 (Q2–Q3 2026)
Marked all Phase 2 tasks (1–7) as ✅ Complete
Updated Priority Matrix for Phase 4 priorities
Updated Sprint Planning to reflect current Phase 4 sprints
Updated Success Metrics (Phase 2 all met; Phase 4 targets added)
Updated Next Phase Preview to Q4 2026 (Phase 5)
Updated dependencies/blockers for Phase 4

2026-01-23

Initial blueprint created
Defined 7 core tasks for Phase 2
Established sprint plan
Added testing strategy
Defined success metrics

╔════════════════════════════════════════════════════════╗
║                                                        ║
║  🎯 BLUEPRINT ACTIVE • READY FOR EXECUTION 🎯        ║
║                                                        ║
║  "A goal without a plan is just a wish."             ║
║                                                        ║
╚════════════════════════════════════════════════════════╝

Blueprint Status: Active
Phase: Q2–Q3 2026 (Phase 4 — ~30% Complete)
Next Review: End of Sprint 2

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🎯 OMNI-GRID 2.0 PROJECT BLUEPRINT

📋 DOCUMENT PURPOSE

🎯 CURRENT PHASE OVERVIEW: Q2–Q3 2026

Phase 4 Status: ~30% Complete

📊 PRIORITY MATRIX — PHASE 4 (Q2–Q3 2026)

🔴 P0 - Critical (Must Complete This Phase)

🟡 P1 - High (Should Complete This Phase)

🟢 P2 - Medium (Nice to Have This Phase)

🏗️ DETAILED TASK BREAKDOWN

TASK 1: Settings Panel v2 [P0]

📝 Description

🎯 Acceptance Criteria

🔧 Technical Specifications

Component Structure

State Management

API Integration

🧪 Testing Requirements

📚 Documentation Requirements

🔗 Related Files

TASK 2: Theme Customization System [P0]

📝 Description

🎯 Acceptance Criteria

🔧 Technical Specifications

Theme Schema

Component Structure

Implementation Approach

🧪 Testing Requirements

📚 Documentation Requirements

🔗 Related Files

📦 Preset Themes

1. Cyberpunk (Default)

2. Nord

3. Dracula

4. Light Mode

5. Minimal

TASK 3: Widget API Documentation [P0]

📝 Description

🎯 Acceptance Criteria

🔧 Documentation Structure

docs/widget-api/

1. Getting Started

2. Core Concepts

3. API Reference

Widget Interface

Store Access

Styling Guidelines

4. Advanced Topics

5. Examples

Example 1: Simple Counter Widget

Example 2: API-Connected Widget

Example 3: AI-Powered Widget

Example 4: Data Visualization Widget

Example 5: Complex Interactive Widget

6. Testing

7. Publishing

🧪 Testing Requirements

📚 Deliverables

🔗 Related Files

TASK 4: Enhanced Music Player Widget [P1]

📝 Description

🎯 Acceptance Criteria

🔧 Technical Specifications

Component Structure

State Management

Audio Processing

🧪 Testing Requirements

📚 Documentation Requirements

🔗 Related Files

TASK 5: AI Chat Widget [P1]

📝 Description

🎯 Acceptance Criteria

🔧 Technical Specifications

Component Structure

State Management