Bidirectional neural interfaces for prostheses and exoskeletons
How Areus supports NerveRepack: bidirectional neural interface R&D for prostheses and exoskeletons
NerveRepack is a European research consortium developing bidirectional implantable neural interfaces that connect the nervous system with exoprostheses and exoskeletons. Areus Technology participates as an engineering partner, contributing to the development and integration of technological components and associated electronic modules that support these mechatronic aids. Project site
Key facts:
- Consortium research into bidirectional neural interfaces for exoprostheses and exoskeletons
- Areus contributes development and integration of technological components and associated electronic modules
- Public project focus: motor control signals and sensory feedback pathways
The challenge
People with arm amputations or leg paralysis need assistive devices that can both move and feel more natural. One-way control is not enough. NerveRepack targets implantable interfaces that send motor command signals to prostheses or exoskeletons and return sensor-derived signals intended as sensory feedback for the user.
What Areus
contributed:
Development of technological components
Integration of associated electronic modules
Interfaces toward exoprostheses
Interfaces toward exoskeletons
Project context and proof points
Scale and aims below are stated on the public NerveRepack project site. They describe the consortium program, not Areus-only performance metrics.
Years
Partners
Countries
Prototypes
Project-stated figures from nerverepack.eu, not Areus-only performance KPIs.

