Wearable robotics
Support that works with natural movement.
We select active or passive assistance according to the user, the movement, the load and the required freedom of motion.
Core technologies
The technologies behind wearable robotics.
Mechanics, electronics, control software and biomechanics must work together for an exoskeleton to support the user safely and comfortably.
Brain–computer interfaces
Neural intent as an interaction channel.
Non-invasive EEG, signal processing and feedback loops create a research foundation for rehabilitation and assistive communication.
Biomechanics & sensing
Understand movement before augmenting it.
Movement, load and device sensors help us understand the task, adjust assistance and monitor the system.
Human–machine interaction
Interfaces that keep the person in control.
Clear status, intuitive controls, safety-oriented behavior and contextual feedback shape every interaction layer.
Connected intelligence
Use device data for maintenance and operating decisions.
SCADA-ready monitoring, reporting and applied AI create a roadmap for connecting physical systems with operational decision-making.