T&S modernised a real-time autonomous vehicle management platform (.NET 8, Azure IoT, SignalR, Angular) for cattle feeding operations at a major French AgTech manufacturer.
As agriculture accelerates its digital transformation, equipment manufacturers are investing in connected and autonomous technologies to improve operational efficiency, machine supervision and livestock management. A major French agricultural equipment company partnered with T&S to modernise an autonomous vehicle management platform used for cattle feeding operations, giving operators a more reliable, responsive and scalable application to supervise autonomous machines and agricultural robots in real time across desktop and mobile.
The client is a leading French AgTech organisation specialising in agricultural equipment and smart farming technologies, with more than 5,500 employees worldwide. As autonomous feeding systems became strategic for productivity, the organisation needed to strengthen its digital ecosystem to ensure reliable supervision, connectivity and machine management.
T&S supported the recovery, enhancement and modernisation of the autonomous vehicle management platform. The teams implemented new functionalities while improving the architecture and stability of the solution, with a major focus on real-time communication through a SignalR-based data and connection framework enabling efficient synchronisation between machines, systems and operators. T&S also redesigned and enriched several web and responsive interfaces so users could supervise agricultural robots and autonomous feeding equipment seamlessly across devices. Delivery followed an Agile approach enabling continuous collaboration and rapid iteration.
By modernising the application architecture and improving responsiveness, T&S helped the client reinforce its position in the smart-agriculture ecosystem. The project illustrates T&S's ability to deliver connected, scalable and business-oriented digital platforms supporting the next generation of smart farming and livestock automation.
