Agriculture & Environments

Faced with the challenges of yield, sustainability and digitalization, the agricultural sector is integrating increasingly sophisticated on-board electronics. The reliability of these systems, in often harsh environments, is the key to precision agriculture.

The Synov Group supports manufacturers of machinery and agricultural equipment by designing and manufacturing robust electronic solutions, designed to withstand field conditions and enable more intelligent resource management.

Our response to the demands of the Agriculture sector

We bring industrial expertise designed for the robustness, reliability and connectivity required by modern agriculture.

  • Design for harsh environments
    Our design offices take into account the specific constraints of the agricultural world: humidity, dust, vibrations, extreme temperatures. Each board and system is designed to last.
  • Integrating intelligence for precision agriculture
    We develop connected solutions (IoT) that enable the collection of reliable data (hygrometry, temperature, etc.), the automation of livestock buildings, and the remote control of equipment to optimize yields and resource consumption.
  • Customized industrialization and manufacturing
    Our production facilities are flexible enough to handle prototypes and the small and medium-sized production runs typical of agricultural equipment, while guaranteeing industrial traceability and quality.

Our core competencies

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Engineering robust embedded systems for control and automation.
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Development of connected sensor solutions (IoT) for monitoring and control.
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Manufacture of boards and sub-assemblies for agricultural machinery and livestock buildings.
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Lifecycle management and maintenance of electronic equipment.

Fields of application

Livestock buildings

  • Ventilation ;
  • Climate ;
  • Power management.

Agricultural equipment and machinery

  • Tool electronics ;
  • Convoying ;
  • Silos.

Precision farming

  • Sensors ;
  • IoT ;
  • Field data piloting.

Water management and automation of cultivation processes