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Spleenlab’s approach is to break down the vision of fully autonomous flight into its sub-steps and fully automate these individual processes using AI-based applications. One of the most critical phases of autonomous flight is landing, where a large number of variable factors play a role.

1) Mr Schamuhn, as the founder of Airial Robotics and a board member of the UAV DACH Association, you are a pioneer and proven expert in unmanned aviation in Germany. How important are computer vision algorithms for unmanned BVLOS flights? In my opinion, this technical solution is a fundamental building block for eliminating a major shortcoming in the execution of BVLOS flights. Computer vision algorithms can make a significant contribution to solving the operator’s situati

At IAA Mobility 2023 in Munich, we had our partnership PR event with Apex.AI. Our Co-CEO & CTO Dr. Stefan Milz presented together with Serkan Arslan, Senior VP Global Business of Apex.AI the launch of VISIONAIRY® Online Calibration on Apex.Grace™. 

Spleenlab the AI-based VISIONAIRY® Perception onboard software company, and DroneUp, a leading autonomous drone delivery provider, have announced testing of new precise landing technology. Initial testing consists of the Safe Precise Landing Software, which is an important building block for safe and autonomous delivery and landing by drone. This collaboration started approximately one year ago and has included onsite testing and integration into the DroneUp fleet.

In our latest interview, Ashwanth Ravi, Software Engineer – Robotics, talks about his educational background, his passions and work at Spleenlab. He describes how AI software can play a fundamental role in the future of autonomous flying and driving vehicles and what could be possible in the next years.