QLero GmbH

ambuflow

At Ambuflow, we develop and operate the first end-to-end operating system specifically designed for outpatient surgical centers. By 2030, an additional 2 million surgeries previously performed on an inpatient basis are set to be carried out on an outpatient basis. To deliver complex outpatient surgeries economically and to the highest standards, outpatient surgical centers require seamless, controllable processes that differ significantly from inpatient surgical operations. Our digital platform enables efficient, safe, and controllable outpatient surgical operations, from surgery registration all the way to billing.

anima:machina

anima:machina develops an AI architecture that enables machines to maintain situational awareness in complex, dynamic scenarios. If a child cries in the kitchen while someone shouts and a glass shatters in the next room, a system needs to identify what matters most right now. anima evaluates such events in context, sets priorities, and continuously adapts its behavior to the overall situation. Our product is the software architecture. It is manufacturer-independent and can be integrated into various robotics and embodied AI systems. It is developed and tested on our own humanoid robotics demonstrator in Munich. Our customers are companies developing robots or other embodied AI systems that require an architecture uniting states, events, and goals—for instance, for safe human-machine interaction, autonomous decision-making, or the early detection of critical situations.

Anton Robotics

Anton Robotics is a Munich-based robotics startup on a mission to bring the next generation of intelligent robotics to industry. The focus is on foundation model robotics – a new generation of robotic systems that learn more flexibly through modern AI models, adapt to new situations, and take on tasks that were previously difficult to implement cost-effectively with conventional automation. Anton Robotics bridges the gap between current cutting-edge research and industrial application: innovative approaches from physical AI and robot learning are advanced into robust, scalable solutions for real-world production environments. The goal is to drive the technological shift from rigidly programmed robots to adaptive, versatile robotic systems, making this technology accessible particularly to the German Mittelstand (SMEs).