Case study · ML Engineering · MLOps

Apex Flow: Formula 1 lap-time predictions that stay accurate

Formula 1 lap-time predictions from live telemetry, with the full MLOps loop behind them.

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Challenge

Apex Flow predicts Formula 1 lap times in real time from live telemetry, weather, tire, and historical race data, a problem where the model is the easy part and keeping it accurate race after race is the real work. So we built the platform as a production MLOps system, not a notebook.

Approach

The pipeline covers the complete lifecycle: automated data ingestion and feature engineering, model training, containerized FastAPI serving, and, critically, monitoring with drift detection that triggers automated retraining when the data distribution shifts, as it does every time regulations, tires, or weather change. Docker keeps every stage reproducible from laptop to deployment.

Outcome

Lap-time predictions run in real time from live telemetry, weather, tyre and historical data.

Drift detection triggers retraining automatically, so accuracy holds race after race, and Docker keeps every stage reproducible from laptop to deployment.

Key results

  • Real-time predictions from live telemetry and weather data
  • Drift detection with automated retraining
  • Containerized FastAPI serving layer
  • Full lifecycle: ingest → train → deploy → monitor

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Inside Apex Flow

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