There was none… until there was one.

Electronic Breast Nipple Implant (EBNI)

Restoring dynamic nipple projection and meaningful sensation after mastectomy and breast reconstruction.

Partner With Us Learn How It Works

Developed by OctoNerv LLC for patients, surgeons, and research partners who want more than a static reconstruction outcome.

Clinical Collaboration & Co-Development

  • Dynamic, controllable nipple projection
  • Integrated pressure and interaction sensing
  • Wireless charging & secure BLE communication
  • Designed for seamless integration into reconstructive workflows

Seeking clinical centers, device partners, and early-stage investors.

Why EBNI?

Traditional nipple reconstruction loses projection over time and does not offer dynamic or responsive behavior. Many survivors express dissatisfaction with current static solutions.

The EBNI system introduces controlled projection motion, internal sensing, and future potential for enhanced reconstructive outcomes.

Key Goals

  • Long-term projection stability
  • Controlled motion and responsiveness
  • Engineering foundation for sensory research
  • Compatibility with existing surgical workflows

The Technology

EBNI integrates microelectronics, actuators, sensors, and wireless systems inside a soft implantable structure designed to replicate natural appearance and movement.

Core Implant

A silicone outer shell contains a miniature actuator, internal circuitry, and pressure-interaction sensing components.

Wireless Power & Control

The implant charges wirelessly and communicates via encrypted BLE, enabling configuration without physical ports.

Software Ecosystem

A clinician-facing app supports projection control, diagnostics, and future firmware updates.

System Overview

  • Embedded ESP32-class microcontroller
  • Miniature linear actuator
  • Pressure / interaction sensing
  • Rechargeable LiPo battery
  • Wireless charging interface
  • BLE communication

Future Capabilities

  • Sensory mapping research
  • Clinical dashboards
  • Adaptive projection profiles

For Patients & Survivors

EBNI is being developed for individuals seeking a more natural, responsive nipple reconstruction outcome.

Important: EBNI is under early-stage R&D and is not approved for clinical use.

What We’re Working Toward

  • Stable and lasting projection
  • Natural appearance and motion
  • Optional involvement in sensory studies
  • Clear safety and consent frameworks

For Surgeons & Clinical Partners

OctoNerv is partnering with surgical teams to refine implant design, workflow, and usability for clinical studies.

Co-Design

Collaborate to optimize implantation workflow and interface options.

Research Collaboration

Participate in preclinical testing and early feasibility research.

Industry Partnerships

Open to manufacturing, molding, materials, and compliance partners.

Development Roadmap

Phase 1 – Electronic Prototype ✔

Bench testing validated actuator control, BLE, and wireless charging.

Phase 2 – Preclinical Form Factor

Integrating electronics into silicone housing; mechanical validation underway.

Phase 3 – Regulatory Pathway

Risk assessment and standards alignment prior to feasibility studies.

Phase 4 – First-in-Human Studies

Controlled pilot evaluations at selected clinical centers.

Contact OctoNerv

If you are a clinician, partner, investor, or research institution interested in collaboration, we welcome your inquiry.

Quick Inquiry

Please include:

  • Your name & organization
  • Your role
  • Your collaboration interest

Disclaimer: The Electronic Breast Nipple Implant (EBNI) is an early-stage investigational concept. It is not approved for clinical use by any regulatory authority.