In Development
In-Vehicle Driver Dash System
Real-Time Driver Display for Vehicle State, Timing, and Energy Data
Overview
A real-time, in-vehicle driver display designed to present critical telemetry, timing, and energy information during testing and competition. Built to operate under strict latency, reliability, and clarity constraints in a high-speed driving environment.
Highlights
- Designed and implemented the in-vehicle driver dashboard frontend, presenting real-time telemetry, timing, and energy data with an emphasis on clarity and reliability.
- Defined the data schema and WebSocket interface used to transmit live data to the dash, establishing a clear contract between vehicle-side systems and the display layer.
- Architected the end-to-end data flow from backend telemetry processors through cellular transport to the vehicle, ensuring low-latency delivery of driver-relevant signals.
- Integrated telemetry-derived data (e.g., lap and energy deltas) with vehicle bus signals provided by a Rust-based CAN interface, combining multiple data sources into a unified display model.
- Designed the display for use in a safety- and latency-sensitive environment, prioritizing readable layouts, stable updates, and graceful degradation over visual complexity.