Services

This service offers an in-depth evaluation of the environmental impact of digital technologies in agriculture, focusing on key areas such as resource efficiency, production sufficiency, ecological resilience, and animal welfare. Through script-based expert assessments and detailed environmental matrices, it systematically analyses the sustainability of each technology. The goal is to provide clear insights and guidance for adopting environmentally responsible agricultural practices.

We are committed to promoting sustainable livestock production through the use of data. Benefit from great flexibility and customised solutions to accelerate your product development: Video, images, sensor data and more from all areas of animal production, sourced from our research barns or an extensive network of pilot farms. Choose from raw, unprocessed data or processed datasets that are ready to use. Please contact us with your specific requirements.

Life Cycle Assessment (LCA) for Agriculture Robots is a comprehensive evaluation method that assesses environmental impacts at every stage of a robot’s lifecycle—starting from raw material extraction, manufacturing, utilization, and ending with disposal or recycling. This service provides valuable insights into energy consumption, waste generation, and other environmental factors, helping customers identify key areas for improvement. By promoting sustainability and eco-efficiency, LCA supports decision-making for reducing ecological footprints and ensuring compliance with sustainability standards such as Frugal AI requirements. The service is tailored to meet diverse customer needs, enabling them to understand and optimize the environmental performance of their robotic technologies.

This service offers a thorough examination of agricultural robots, focusing on safety validation under diverse operational conditions. It tests stopping distances and response times for mobile robots across various speeds and payloads. Regulatory compliance is assessed to ensure adherence to industry standards. The service utilizes a controlled testing environment that simulates agricultural field conditions, equipped with measurement tools to analyze stopping distances and robot dynamics. Parameters can be adjusted to test different speeds, payloads, and environmental factors, minimizing risks and enhancing reliability in dynamic farm environments.