Our autonomous mobile robot, the iw.hub, is CE-certified and equipped with SLAM technology as well as proven hardware and software. It navigates safely and autonomously in mixed traffic, avoids obstacles, and calculates alternative routes. With a speed of 2.2 m/s, it is among the fastest on the market and handles demanding transport tasks in highly complex environments with a load capacity of one ton.

Thanks to its pallet-dock solution, it is extremely versatile and requires no adaptation of the existing infrastructure apart from a functioning power outlet and a Wi-Fi connection. This allows for effortless integration into existing operations and maximizes the efficiency of your logistics processes.

The intelligent automation platform AnyFleet and other compatible components, interconnected via the standardized interface VDA5050, form idealworks’ robotics ecosystem. The modular operating system iw.os empowers mobile robots for autonomy and seamlessly integrates them into AnyFleet.

AnyFleet networks with IoT devices such as doors, sensors, stations, and traffic lights as well as with ERP and warehouse management systems to centrally manage homogeneous and heterogeneous fleets. The cloud-based software offers end-to-end order control, fleet and traffic management, is quickly deployable, and adapts to the requirements of a wide range of companies. The seamless integration maximises overall efficiency and reduces your costs.

With iw.sim, idealworks creates virtual simulations in which real processes are modelled in real time and artificial intelligence can be trained. The technology optimizes use cases and routes of autonomous robots, predicts malfunctions preventively, and minimizes downtimes. A digital twin enables the simulation of all conceivable scenarios, increasing efficiency and identifying optimization potentials.

idealworks uses iw.sim for internal tests, partner device tests, onboarding of customer hardware, quality controls, and software validation. Leveraging 3D geometries to generate synthetic data and emulate real hardware in the virtual space makes complex scenarios faster, less risky, and more efficient.