The startup develops an arm-based rehabilitation device that utilizes sensorimotor assessment and training to support patients with neurological injuries and strokes. This technology enables continuous health monitoring, providing therapists with real-time feedback to enhance patient recovery outcomes.

Autonomyooffers SkyWalk, a fully mechanical stand‑up and walking body‑weight support device for gait therapy. The system integrates into existing clinical workflows without requiring changes to protocols, enhancing safety and therapist efficiency. Its cost‑effective, motor‑free design provides reliable fall prevention and improves patient confidence during rehabilitation.

MotorSkins develops fluid-driven, soft robotic textile actuators that function as external muscles and haptic interfaces. These materials integrate computational capabilities to provide seamless mechanical movement and tactile feedback for enhanced human-machine interaction. The company creates adaptable soft robotics solutions for applications across smart wearables, HMI, and automotive sectors.

Olivaw provides a cloud-based platform for orchestrating and managing heterogeneous fleets of service robots. This middleware allows operators to integrate diverse robots with surrounding facility systems for enhanced functionality. The platform supports upskilling robots with new skills, including Agentic AI capabilities, regardless of the original manufacturer.

TEDIRO develops autonomous robotics platforms designed for physical therapy and diagnostics applications, primarily in rehabilitation settings. These systems enable patients to conduct supervised self-training for tasks like gait exercises, reducing routine workload for clinical staff. The platform integrates a cloud-based management system for flexible scheduling and detailed progress tracking, enhancing patient engagement and therapeutic efficiency.

Vilje Bionics develops the VilPower, the first motorized full-arm orthosis designed to restore movement across the shoulder, elbow, wrist, and grip. This lightweight, custom-fitted assistive technology amplifies user movements to support independence in daily activities and working life. The system utilizes proprietary technology to intuitively understand user intent without invasive sensors, benefiting individuals with impaired arm function, including stroke survivors.