Zürcher Kantonal Bank

AICA SA specializes in developing robot-agnostic software aimed at simplifying the programming of robots through the use of artificial intelligence. Recognizing the complexity and time-consuming nature of traditional robot programming, the co-founders created a user-friendly software solution that significantly reduces computing time while employing advanced algorithms. This innovative approach allows for a modular setup that enhances the interaction between humans and robots, enabling clients to implement and manipulate robotic systems on-site with ease. AICA envisions a future where robots can take over dirty, dull, or dangerous tasks, allowing humans to focus on more creative and challenging work.

Eleven Dynamics develops software technology that automates industrial quality control. Its solutions enable clients to design and simulate custom quality processes, automatically program optimal measurement paths without requiring robotic expertise, connect hardware in real-time, and execute measurements.

Founded in 2013, Embotech develops decision-making software solutions for autonomous systems. Its flagship product, FORCES Pro, enables complex control system design across industries such as automotive, energy, and robotics. Applications include wind turbine control, drone motion planning, advanced driver assistance systems (ADAS), spacecraft landing, and reusable rocket returns.

Isochronic is a manufacturer of advanced industrial robotic products designed for pick-and-place applications. The company focuses on developing next-generation robots that can transport multiple parts simultaneously, thus enhancing efficiency in high-volume production lines. By enabling industries to automate their operations, Isochronic significantly increases the number of products processed at any given time while optimizing the use of factory floor space. Its innovative approach aims to revolutionize the traditional pick-and-place methods, providing businesses with the tools necessary for streamlined operations and enhanced productivity.

Founded in 2016, Drone Harmony specializes in developing software for cost-effective deployment of drone technology in industries where traditional methods fall short. Its flagship product is a 3D flight planning platform that transforms users into professional inspection operators by automating complex industrial tasks.

Synthara is a Swiss semiconductor company focused on in-memory computing for embedded chips and smart sensor applications. It develops ComputeRAM, a drop-in memory-based compute technology that performs complex calculations directly in memory, reducing CPU workload and improving performance for AI workloads. The technology targets energy-constrained environments and applications including wearables, hearing aids, biomedical monitoring, AR/VR, and industrial IoT sensors, as well as drones, autonomous navigation, space, aerospace, and automotive use cases. Synthara's approach is processor-agnostic and can be integrated with existing microcontrollers to boost energy efficiency and latency without redesigning silicon. The company supports chipmakers and device manufacturers seeking lower costs, shorter time to market, and greater computational throughput. Based in Zurich, Synthara emphasizes enabling seamless adoption of in-memory computing across embedded platforms to extend battery life and unlock new opportunities for intelligent sensing.

Distran develops advanced acoustic sensing technology to improve safety and environmental performance in industrial settings. Originating from ETH Zurich's Autonomous System Lab, the company creates phased-array ultrasound sensors that spatially filter background noise to locate defects such as leaks or discharges from a safe distance, addressing limits of traditional sensors. The technology enables remote, early defect detection and non-contact monitoring, supporting safer work practices and reduced environmental impact. Distran serves industries including oil and gas, power generation, chemistry, and composite engineering, helping operators monitor machinery, identify issues promptly, and optimize maintenance. By combining directional sensing with robust performance in noisy environments, the company aims to enhance reliability, protect workers, and lower the environmental footprint of industrial operations.

Isochronic is a manufacturer of advanced industrial robotic products designed for pick-and-place applications. The company focuses on developing next-generation robots that can transport multiple parts simultaneously, thus enhancing efficiency in high-volume production lines. By enabling industries to automate their operations, Isochronic significantly increases the number of products processed at any given time while optimizing the use of factory floor space. Its innovative approach aims to revolutionize the traditional pick-and-place methods, providing businesses with the tools necessary for streamlined operations and enhanced productivity.

Founded in 2016, Drone Harmony specializes in developing software for cost-effective deployment of drone technology in industries where traditional methods fall short. Its flagship product is a 3D flight planning platform that transforms users into professional inspection operators by automating complex industrial tasks.

Voliro specializes in mobile robotics, focusing on innovative solutions for work at heights using advanced flying robots. Their proprietary tiltable rotor system enables precise interaction with the environment, allowing inspections even on curved surfaces. Voliro's drones are equipped with various Non-Destructive Testing (NDT) sensors and Lightning Protection System (LPS) sensors, enhancing safety and efficiency in asset inspection.

Founded in 2013, Embotech develops decision-making software solutions for autonomous systems. Its flagship product, FORCES Pro, enables complex control system design across industries such as automotive, energy, and robotics. Applications include wind turbine control, drone motion planning, advanced driver assistance systems (ADAS), spacecraft landing, and reusable rocket returns.

Distran develops advanced acoustic sensing technology to improve safety and environmental performance in industrial settings. Originating from ETH Zurich's Autonomous System Lab, the company creates phased-array ultrasound sensors that spatially filter background noise to locate defects such as leaks or discharges from a safe distance, addressing limits of traditional sensors. The technology enables remote, early defect detection and non-contact monitoring, supporting safer work practices and reduced environmental impact. Distran serves industries including oil and gas, power generation, chemistry, and composite engineering, helping operators monitor machinery, identify issues promptly, and optimize maintenance. By combining directional sensing with robust performance in noisy environments, the company aims to enhance reliability, protect workers, and lower the environmental footprint of industrial operations.