RaceOS
Motorsport team operations, paddock intelligence, driver roster management, and live event stint coordination console.
RaceOS is a trackside team operations and paddock intelligence cockpit built for professional and endurance racing teams. It coordinates driver stint schedules, pit stop calculations, fuel burn telemetry, tire degradation models, and paddock crew credentials into a single real-time console. Designed for pit wall engineers and team managers, RaceOS keeps the entire crew synchronized through high-pressure endurance race conditions.
Systems Architecture Matrix
Core System Role
Trackside Team Operations & Stint Coordination Engine
Interface & Frontend
Next.js App Router, React, Tailwind CSS, Daylight Motorsport Theme
Edge Controller & Engine
Real-time WebSocket event dispatcher & delta calculation engine
Cloud Infrastructure
Firebase Firestore real-time sync, authenticated team rosters
Technical & Telemetry Specifications
| Specification / Parameter | Verified Value / Electrical Mapping |
|---|---|
| Form Factor | Ruggedized Pit Wall Displays & Crew Mobile Devices |
| Clock Sync | <100ms multi-device synchronized countdown clocks |
| Data Feeds | Timing & Scoring transponder feeds + real-time telemetry streams |
| Credential Engine | GridPass driver & crew role-based paddock badging |
C:\_Projects\Gridpass-v5Production & Field Verification
Endurance race stint calculation and pit window strategy modeling
Live driver roster synchronization with credential and license tracking
Fuel consumption telemetry extrapolation and minimum stint duration timers
Pit lane notification dispatch for crew and tire technicians
Companion Ecosystem Systems
GridPass
Unified digital vehicle passports, member paddock credentials, and verified trackside identity ecosystem.
SimOS
Commercial sim racing rig controller bridging 60Hz telemetry, ESP32-S3 hardware nodes, QR scan-to-race, and intelligent stint billing.
SuperBike Telemetry Platform
MotoAmerica Superbike high-frequency chassis dynamics, tire temperature array, and CAN suspension travel acquisition system.