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Rail operators needed a better way to detect hazards and track conditions in real time, especially in poor visibility or complex environments. Traditional methods weren’t enough to ensure the level of safety and efficiency the industry demanded.
The result was Horus — a rugged onboard perception system that combines advanced vision and sensor technology to give operators real-time awareness directly from the cab. It enables earlier hazard detection, improves decision-making, and strengthens overall rail safety without relying on external infrastructure.
My role was to take the product from concept through development to site trials — managing design, engineering, prototyping, and deployment. I also supported an international trial in New York, working remotely with the team to validate Horus under real-world conditions.
Rail operators needed a better way to detect hazards and track conditions in real time, especially in poor visibility or complex environments. Traditional methods weren’t enough to ensure the level of safety and efficiency the industry demanded.
The result was Horus — a rugged onboard perception system that combines advanced vision and sensor technology to give operators real-time awareness directly from the cab. It enables earlier hazard detection, improves decision-making, and strengthens overall rail safety without relying on external infrastructure.
My role was to take the product from concept through development to site trials — managing design, engineering, prototyping, and deployment. I also supported an international trial in New York, working remotely with the team to validate Horus under real-world conditions.