A seamless interface with the nervous system

The problem we solve

The billions of signals in our nervous system function as a code – informing our thoughts, actions, and sensations.

Unlocking this code has the power to transform lives through medical innovation...

Requiring a bioelectronic interface that will reliably communicate with many neurons over time.

Unfortunately, the rigid implants of today cannot achieve this without damaging the brain or the integrity of the neural signals collected.

This demands to rethink implants from the first layer of the technology stack: The hardware – biology interface.

Modernizing rigid implants with a bioinspired and scalable solution

What we’re building:

Bioinspired Materials

  • Malleability and resilience
  • Long-term stability
  • Seamless integration with brain tissues

Scalable technology

  • Integrating state-of-the-art ASICs
  • Minimally-invasive surgery
  • Bidirectional
Precise Neural Insights
  • Ultra-high bandwidth & resolution
  • Access any brain region
  • Brain Foundation Model to enhance patient outcomes

Enabling access to neural code with a comprehensive Bioelectronic System

Implant Material, mimicking the soft tissues of the brain - far exceeding malleability and resilience of conventional implant materials.

Signal Processing Electronics, for amplification, compression and wireless transmission.

Surgical Implantation Tools, providing the precise insertion and navigation of implant into soft tissue.

Software Interface, to visualize high-resolution neural signals, reduce computational burden and power consumption.

Providing unparalleled access to neural code...

for improved therapeutics and patients outcomes.

We are redefining health.