# GridPilot Implementation Roadmap ## Overview This roadmap provides a phased implementation plan for GridPilot, an automated league management platform for iRacing. Each phase builds upon the previous one, with clear success criteria and actionable todos. **Purpose:** - Guide iterative development from technical validation to public launch and monetization - Track progress through checkable todos - Validate assumptions before investing in full implementation - Ensure architectural integrity throughout each phase **How to Use:** - Check off todos as they are completed (replace `[ ]` with `[x]`) - Review success criteria before moving to the next phase - Refer to [ARCHITECTURE.md](./ARCHITECTURE.md) for component boundaries and patterns - Consult [TESTS.md](./TESTS.md) for testing approach and BDD scenario structure - See [CONCEPT.md](./CONCEPT.md) for product vision and user needs **Relationship to MVP:** - **Phase 0-1:** Pre-MVP validation (technical feasibility, market validation) - **Phase 2:** MVP (core league management with automated results) - **Phase 3-4:** Enhanced MVP (automation layer, branding) - **Phase 5-6:** Public launch and monetization --- ## Phase 0: Foundation (Automation Testing - Internal) **Goal:** Validate technical feasibility of browser automation and establish testing infrastructure. ### Infrastructure Setup - [ ] Initialize monorepo with npm workspaces (`/src/apps`, `/src/packages`) - [ ] Set up TypeScript configuration (strict mode, path aliases) - [ ] Configure ESLint and Prettier (no warnings tolerated) - [ ] Create basic domain models (`League`, `Team`, `Event`, `Driver`, `Result`) - [ ] Set up test harness (Vitest for unit/integration tests) - [ ] Configure Docker Compose for E2E testing environment - [ ] Document development setup in README.md ### Automation Validation - [ ] Install and configure Nut.js for browser automation - [ ] Test iRacing session creation page detection - [ ] Test session ID extraction from URL or page elements - [ ] Validate server-side result polling from iRacing API - [ ] Create proof-of-concept automation script - [ ] Document automation approach and limitations - [ ] Identify automation failure modes and mitigation strategies ### Testing Foundation - [ ] Write example BDD scenarios (Given/When/Then format) - [ ] Set up Dockerized E2E test environment - [ ] Create fixture data for test scenarios - [ ] Validate test isolation and repeatability - [ ] Document testing strategy in [TESTS.md](./TESTS.md) **Success Criteria:** - Technical feasibility confirmed (browser automation reliable) - Test infrastructure operational (unit, integration, E2E) - Development environment documented and reproducible - No blockers identified for MVP implementation **Note:** This phase is internal validation only—no user-facing features. --- ## Phase 1: Landing Page & Market Validation **Goal:** Validate product-market fit before building the full application. ### Marketing Website - [ ] Build static marketing website (Next.js or similar) - [ ] Create compelling copy addressing league organizer pain points - [ ] Design product mockups and fake screenshots - [ ] Add email collection form (waitlist integration) - [ ] Implement privacy policy and terms of service - [ ] Set up analytics (signups, page views, engagement) ### Community Engagement - [ ] Post to r/iRacing subreddit with mockups - [ ] Share in iRacing Discord communities - [ ] Reach out to league organizers directly - [ ] Collect feedback on pain points and feature requests - [ ] Conduct user interviews with interested organizers - [ ] Document feedback in product backlog ### Analysis - [ ] Analyze email signup metrics - [ ] Review qualitative feedback themes - [ ] Validate assumptions about organizer pain points - [ ] Assess willingness to pay (surveys, conversations) - [ ] Document findings and adjust roadmap if needed **Success Criteria:** - 100+ email signups from target users - Positive feedback from league organizers - Validated demand for automated result import - Confirmed interest in team-based scoring - Product-market fit assumptions validated **Note:** No application built in this phase—validation only. Pivot or proceed based on feedback. --- ## Phase 2: MVP (League-Focused) **Goal:** Build a functional league management platform with automated result import (no fees, no companion app yet). ### Authentication & User Management - [ ] Implement iRacing OAuth authentication flow - [ ] Create user registration and profile system - [ ] Build user role system (organizer, driver, spectator) - [ ] Implement session management and token refresh - [ ] Write BDD scenarios for authentication flows - [ ] Achieve test coverage for auth domain ### League Management (Core Domain) - [ ] Implement `CreateLeagueUseCase` (see [ARCHITECTURE.md](./ARCHITECTURE.md#application-layer)) - [ ] Create league CRUD operations (update, delete, archive) - [ ] Build season setup (tracks, cars, rules configuration) - [ ] Implement points system configuration (customizable) - [ ] Create race event scheduling system - [ ] Write BDD scenarios for league lifecycle - [ ] Achieve >90% test coverage for `League` aggregate ### Driver & Team Registration - [ ] Build driver registration system (join league/season) - [ ] Implement team registration system (optional parallel scoring) - [ ] Create team roster management (add/remove drivers) - [ ] Build approval workflow for registrations - [ ] Write BDD scenarios for registration flows - [ ] Test team scoring calculation logic ### Automated Result Import - [ ] Implement PostgreSQL schema (repositories pattern) - [ ] Create server-side iRacing API integration - [ ] Build automated result polling service - [ ] Implement result parsing and validation - [ ] Create `ImportResultUseCase` (see [ARCHITECTURE.md](./ARCHITECTURE.md#application-layer)) - [ ] Handle edge cases (DNS, penalties, disconnects) - [ ] Write BDD scenarios for result import - [ ] Test result import reliability and error handling ### Standings & Results - [ ] Generate driver standings (individual points calculation) - [ ] Generate team standings (parallel scoring model) - [ ] Build race result pages (lap times, incidents, finishing position) - [ ] Implement historical standings view (by race) - [ ] Create standings export functionality (CSV) - [ ] Write BDD scenarios for standings calculation - [ ] Test edge cases (ties, dropped races, penalties) ### League Identity & Admin - [ ] Build league identity pages (public view) - [ ] Create basic admin dashboard (organizer tools) - [ ] Implement league settings management - [ ] Build schedule and calendar view - [ ] Create notifications system (race reminders) - [ ] Write BDD scenarios for admin workflows ### Quality Assurance - [ ] Run full test suite (unit, integration, E2E) - [ ] Achieve >90% test coverage for domain/application layers - [ ] Perform manual testing with real iRacing data - [ ] Fix all critical bugs and edge cases - [ ] Document known limitations **Success Criteria:** - Functional platform for league management - Automated result import working reliably - Driver and team standings calculated correctly - No manual result uploads required - Test coverage >90% for core domain - Ready for closed beta testing **Note:** No fees, no payouts, no companion app in this phase. Focus on core league management. **Cross-References:** - See [ARCHITECTURE.md](./ARCHITECTURE.md) for component boundaries - See [TESTS.md](./TESTS.md) for BDD scenario examples --- ## Phase 3: Companion App (Automation Layer) **Goal:** Build an Electron companion app to automate session creation and reduce organizer workload. ### Companion App Foundation - [ ] Set up Electron application structure - [ ] Implement Nut.js browser automation framework - [ ] Create IPC bridge for backend communication - [ ] Build auto-updater mechanism - [ ] Set up application signing and packaging - [ ] Document installation and setup process ### Session Creation Automation - [ ] Build session creation assistance workflow - [ ] Implement iRacing session page detection - [ ] Create session ID extraction mechanism - [ ] Build form auto-fill functionality (track, cars, rules) - [ ] Implement session URL capture and sync - [ ] Handle automation failure cases gracefully - [ ] Write E2E tests for automation flows ### OAuth & Credential Handoff - [ ] Implement OAuth handoff from companion to web - [ ] Create secure credential storage (encrypted) - [ ] Build IPC bridge for authentication state - [ ] Handle token refresh in companion app - [ ] Write E2E tests for OAuth handoff flow - [ ] Test cross-process credential security ### Organizer Utilities - [ ] Create session creation guidance (step-by-step) - [ ] Build pre-race checklist functionality - [ ] Implement session status monitoring - [ ] Add quick access to league settings - [ ] Create notifications for upcoming races ### Testing & Reliability - [ ] Test session creation automation reliability (>95% success rate) - [ ] Validate automation across different iRacing UI versions - [ ] Handle iRacing website changes gracefully - [ ] Create fallback mechanisms for automation failures - [ ] Document troubleshooting guide **Success Criteria:** - Companion app reduces session creation time by 80%+ - Automation success rate >95% - OAuth handoff secure and seamless - Auto-updater working reliably - Comprehensive E2E test coverage **Note:** Companion app is optional but highly valuable for organizers. Focus on reliability over features. --- ## Phase 4: Branding & Public Pages **Goal:** Enable professional league identity and public discoverability. ### Asset Management - [ ] Implement S3-compatible asset storage (logos, images) - [ ] Add league logo upload functionality - [ ] Create image optimization pipeline - [ ] Implement asset CDN integration - [ ] Build asset management UI (upload, delete, replace) ### Custom Branding - [ ] Create custom CSS/theming system (colors, fonts) - [ ] Build theme preview functionality - [ ] Implement logo placement customization - [ ] Add custom header/footer options - [ ] Create branding guidelines documentation ### Public League Directory - [ ] Build public league directory (browse and discover) - [ ] Implement search and filtering (game type, region, skill level) - [ ] Create league detail pages (public view) - [ ] Add league statistics (active seasons, drivers, races) - [ ] Implement privacy settings (public/private leagues) ### External Integrations - [ ] Implement optional custom domain support (CNAME) - [ ] Create embeddable widgets (standings iframe, schedule) - [ ] Add Discord/TeamSpeak integration links - [ ] Implement YouTube/Twitch VOD linking (external only, no uploads) - [ ] Build social sharing functionality (Twitter, Reddit) ### Public Result Pages - [ ] Create public race result pages (shareable links) - [ ] Build driver profile pages (career statistics) - [ ] Implement team profile pages (roster, history) - [ ] Add historical standings archive - [ ] Create race replay link integration (if available) ### Testing & Documentation - [ ] Write BDD scenarios for branding features - [ ] Test public pages with various league configurations - [ ] Validate custom domain setup process - [ ] Create user guide for branding customization - [ ] Test embeddable widgets in external sites **Success Criteria:** - Leagues have professional identity and branding - Public directory drives league discovery - Custom domains working reliably - Embeddable widgets functional - External integrations (Discord, Twitch) operational **Note:** Branding features are optional but enhance league professionalism and discoverability. --- ## Phase 5: Public Launch **Goal:** Launch GridPilot publicly with production-grade infrastructure and stability. ### Security & Compliance - [ ] Perform security audit (OAuth, credentials, API security) - [ ] Implement rate limiting and DDoS protection - [ ] Add CSRF and XSS protection - [ ] Conduct penetration testing - [ ] Review GDPR compliance (user data handling) - [ ] Implement data export functionality (user request) - [ ] Create incident response plan ### Performance & Scalability - [ ] Load testing and performance optimization - [ ] Implement database query optimization - [ ] Add caching layers (Redis for sessions, API responses) - [ ] Configure CDN for static assets - [ ] Optimize Docker images for production - [ ] Set up horizontal scaling strategy ### Production Infrastructure - [ ] Set up production hosting (AWS/GCP/Azure) - [ ] Configure production database (PostgreSQL with replication) - [ ] Implement database backup strategy (automated, tested) - [ ] Set up monitoring and alerting (logs, errors, uptime) - [ ] Configure error tracking (Sentry or similar) - [ ] Implement log aggregation and analysis - [ ] Create disaster recovery plan ### Documentation & Support - [ ] Write comprehensive user documentation - [ ] Create organizer onboarding guide - [ ] Build driver user guide - [ ] Document API endpoints (if public) - [ ] Create FAQ and troubleshooting guide - [ ] Set up support system (email, Discord) ### Launch Preparation - [ ] Prepare launch marketing materials - [ ] Coordinate Reddit/Discord announcements - [ ] Create launch video/demo - [ ] Set up social media presence - [ ] Prepare press kit (if applicable) - [ ] Plan launch timeline and milestones ### Beta Onboarding - [ ] Onboard first 10 beta leagues (closed beta) - [ ] Collect feedback from beta users - [ ] Fix critical bugs identified in beta - [ ] Validate production stability under real load - [ ] Document lessons learned **Success Criteria:** - Platform publicly available and stable - Security audit passed with no critical issues - Production infrastructure operational - Monitoring and alerting functional - User documentation complete - First 10+ leagues successfully onboarded - Platform stable under real-world load **Note:** Public launch is a major milestone. Ensure stability and security before opening access. --- ## Phase 6: Monetization & Expansion **Goal:** Generate revenue and expand platform capabilities. ### Monetization Features - [ ] Implement league creation fee system - [ ] Add optional driver entry fee per season - [ ] Build revenue split mechanism (organizer/GridPilot) - [ ] Create billing and invoicing system - [ ] Implement payment processing (Stripe or similar) - [ ] Add subscription management (for premium features) - [ ] Create payout system for organizers - [ ] Implement refund and dispute handling ### Premium Features - [ ] Create premium league features (advanced analytics) - [ ] Build driver/team performance metrics over time - [ ] Implement historical trend analysis - [ ] Add advanced race strategy tools - [ ] Create custom report generation - [ ] Build league comparison and benchmarking ### Analytics & Insights - [ ] Add analytics dashboards for leagues - [ ] Implement driver consistency metrics - [ ] Create incident rate analysis - [ ] Build lap time comparison tools - [ ] Add race pace analysis - [ ] Implement predictive performance modeling ### Platform Expansion - [ ] Explore expansion to other simulators (ACC, rFactor 2) - [ ] Evaluate additional automation features - [ ] Research multi-game league support - [ ] Investigate community-requested features - [ ] Assess partnership opportunities (teams, sponsors) ### Business Intelligence - [ ] Implement revenue tracking and reporting - [ ] Create user engagement metrics - [ ] Build churn analysis and retention tools - [ ] Add A/B testing framework - [ ] Implement feature adoption tracking **Success Criteria:** - Revenue generation active and growing - Premium features adopted by target segment - Payment processing reliable and secure - Organizer payouts working correctly - Platform expansion feasibility validated - Positive unit economics demonstrated **Note:** Monetization should not compromise core user experience. Ensure value delivery justifies pricing. --- ## Dependencies & Sequencing **Critical Path:** 1. Phase 0 must be completed before any development begins 2. Phase 1 validation should gate investment in Phase 2 3. Phase 2 MVP is required before Phase 3 (companion app depends on API) 4. Phase 4 can be developed in parallel with Phase 3 (independent features) 5. Phase 5 (public launch) requires Phases 2-4 to be complete and stable 6. Phase 6 (monetization) requires Phase 5 (public user base) **Optional Paths:** - Phase 3 (companion app) can be delayed if organizers tolerate manual session creation - Phase 4 (branding) can be simplified for MVP launch - Phase 6 features can be prioritized based on user demand **Iteration Strategy:** - Complete each phase fully before moving to the next - Validate success criteria before proceeding - Adjust roadmap based on feedback and learnings - Maintain architectural integrity throughout --- ## Living Document This roadmap is a living document and will be updated as the project evolves. Key updates will include: - Completed todos (checked off) - Lessons learned from each phase - Adjusted priorities based on user feedback - New features discovered during development - Changes to success criteria or scope **Maintenance:** - Review and update quarterly (or after each phase) - Archive completed phases for reference - Document deviations from original plan - Track velocity and estimate remaining work **Cross-References:** - [CONCEPT.md](./CONCEPT.md) - Product vision and user needs - [ARCHITECTURE.md](./ARCHITECTURE.md) - Technical design and component boundaries - [TESTS.md](./TESTS.md) - Testing strategy and BDD scenarios - [TECH.md](./TECH.md) - Technology decisions and rationale --- **Last Updated:** 2025-11-21 **Current Phase:** Phase 0 (Foundation) **Overall Progress:** 0% (not started)