Our solution automates repetitive tasks, reducing manual intervention and minimizing errors. This results in faster workflows and optimized resource utilization, which lowers operating costs and increases throughput.
Our technology is designed to adapt easily to different tasks and production environments. Thanks to modular components and user-friendly programming, our systems can quickly switch between different applications without extensive reconfiguration.
By integrating our advanced solutions in robotics, companies can significantly increase their production while maintaining high quality. Continuous and precise work done by robots enables companies to scale their operations and respond more effectively to market demands.
Through a simple GUI, you can see the world as the robot sees it, communicate with the robot in a natural language, and teach the robot new skills such as how to grasp or touch an object.
We support multiple robot manipulators (KUKA, UR, Franka Emika, SHUNK, Kinova etc.) and the list can be easily extended.
The recognition of the scene, the communication with the robot and the demonstrations with which a robot learns new skills are enhanced with AI. Once a robot learns a new skill, it can be transferred to other robots worldwide.
Development of an intuitive software that combines AI, computer vision, and natural language processing to enable seamless and easy robot programming. With simple commands, a user can instruct the robot to execute tasks such as: “Pick up object A, open valve B, tighten bolt C”, etc.
Development of software solutions for robotics platforms, including AI powered software solution, that enables everyone to interact with a robot through click, chat and demonstration. It enables robot integration in various industries and allow anyone to easily set up and use robots.
Consulting services to advise companies on the introduction of advanced programming and robotics technologies. Our team advises on the implementation of software solutions related to robotics in general. We also offer training programs to qualify employees for the development and deployment.
Filip Zorić, CEO, is currently finishing his PhD at the Faculty of Electrical Engineering and Computing at the University of Zagreb. His research sits at the intersection of aerial manipulation, human-robot interaction, and robot control. READ MORE
Ana Milas, PhD, is the COO of our team. She received her PhD at the Faculty of Electrical Engineering and Computing on autonomous exploration of unknown 3D environments using UAVs, focusing on disaster scenarios. READ MORE
Marko Križmančić, CTO, is a research assistant at the Faculty of Electrical Engineering and Computing, where he is completing his PhD on optimizing communication topology in multi-agent systems using consensus protocol and graph neural networks. READ MORE