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Hexagon launches Robotics Division to drive autonomous solutions

02-04 | |
Hexagon’s new Robotics Division builds on its expertise in AI, sensors, and positioning to develop autonomous systems for  agricultural use. Photo: Hexagon.
Hexagon’s new Robotics Division builds on its expertise in AI, sensors, and positioning to develop autonomous systems for  agricultural use. Photo: Hexagon.

New division aims to drive next-generation autonomy across industries, including agriculture

Hexagon, a Swedish technology company with over 24,000 employees in 50 countries, has launched a dedicated Robotics Division to accelerate the development of autonomous systems. The division will focus on delivering robotic solutions for sectors including manufacturing, logistics, energy, and agriculture, helping address workforce shortages and improve operational efficiency.

Building on its expertise in AI, spatial intelligence, simulation, and sensor technology, Hexagon aims to develop robotic systems capable of performing complex tasks in dynamic environments. For agriculture and off-road industries, the company’s long-standing strength in precision measurement and GNSS positioning provides a foundation for advancing autonomous tractors and field robots.

“We are taking the next step by creating a dedicated robotics division to leverage our investments and support industries facing a shrinking and ageing workforce,” said Norbert Hanke, Interim President and CEO of Hexagon.

Experienced leadership to drive growth

Arnaud Robert, a technology leader with more than 25 years of experience in AI and digital transformation, has been appointed President of Hexagon’s Robotics Division. He will oversee R&D, operations, partnerships, and product strategy. “Hexagon’s leadership in measurement and positioning is a key differentiator,” said Robert. “Our goal is to redefine automation and efficiency through robotics and AI.”

Focus on autonomy across sectors

Hexagon has already played a key role in off-road and agricultural autonomy through its technologies used in drones, total stations, laser trackers, and machine guidance systems. The creation of a dedicated Robotics Division will unify and expand these efforts, aiming to support next-generation autonomy with integrated hardware and software solutions.

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Hekkert
Geert Hekkert Chief editor of Future Farming
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