In development

Towards Central Nervous System
regeneration.

Central Nervous System injuries remain among the most devastating and least-solved problems in medicine. Current treatment stops at management. We’re working on restoration.

We’re building a bioelectronic device that uses electrical stimulation to drive neural regeneration. The stimulation adapts in real time to changes in the injured tissue, maintaining therapeutic effect throughout recovery.

This is early-stage work. We don’t have a finished product. We have peer-reviewed foundations, a clear hypothesis, and a lean team.

Scientific foundations

Research

APL Electronic Devices · Vol. 1, No. 3 · 036104 · 2025

Thick conducting polymer films for ultra-low frequency stimulation

Before founding Efference, our CEO led research at the University of Cambridge investigating the electrochemical behaviour of novel neural electrodes. That work established that the electrodes do not hit the performance ceiling prior studies assumed, a finding that underpins the electrode technology we are building on today.

Get in touch

Contact

We are a small team working on a hard problem. If you are a researcher, engineer, or investor who thinks this is worth their time, we want to hear from you.

hello@efference.xyz