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SAFELOG employs innovative robot localization technology from Opteran

Photo by SAFELOG GmbH

Together with Opteran Technologies, SAFELOG is implementing a novel localization technology that surpasses existing systems like LiDAR and methods such as SLAM in terms of robustness, efficiency, and flexibility. This visual localization method is based on the replication of insect brains. The first transport robots are expected to be equipped with this technology in 2025.

Small Brain, Big Abilities

Insects have developed complex skills for navigation, collision avoidance, and communication over the course of evolution. After ten years of research, Opteran has managed to decode the workings of the insect brain and replicate it in the robot autonomy software Opteran Mind. Unlike conventional localization methods that use pre-recorded maps, this system utilizes mechanisms from biology and computational neuroscience for localization. Opteran calls this approach “natural intelligence.” “Our system is extremely small, lightweight, and energy-efficient,” explains David Rajan, CEO and co-founder of Opteran Technologies. “And unlike other machine learning approaches, we don’t need data to control a robot.” Instead, Opteran Mind is purely visual software, without a control center, network, or background training. The solution also requires no additional infrastructure like magnetic tracks, QR codes, or reflectors, which accelerates project startup.

SAFELOG and Opteran: Pioneering Efficient Robot Localization

Starting in 2025, SAFELOG will integrate the localization software into its mobile robots. The partnership with Opteran includes further optimizing Opteran Mind based on field experience. “Opteran’s approach redefines the localization of mobile robots,” says SAFELOG Managing Director Mathias Behounek. “Instead of collecting more and more data, the solution produces almost no data at all. And basic technologies are sufficient to operate the system stably. That is impressive.” While other visual SLAM solutions with cameras cost up to $5,000, or LiDAR SLAM is offered for around $3,000, Opteran requires a CPU in the sub-$20 price range and low-cost cameras under $30. For Mathias Behounek, it’s clear: “Opteran fits perfectly with our lean robotics approach, which means we use as little complex technology in our mobile robots as the task allows.”

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