Non-Invasive Neuromodulation
Say goodbye to drill bits. Microscopic, targeted focused ultrasound stimulates precise clusters of neurons from the outside in, simulating direct sensory inputs without breaking the skin.
Project Moonshot / v0.1
The Broadband Connection
For Human Consciousness.
Drilling holes in skulls is prehistoric. We are building the Experiential Protocol Networks (EPN) — a non-invasive interface to write high-fidelity data directly into the brain using synthetic wetware and focused ultrasound.
- 0
- Craniotomies required
- 3
- Research phases in flight
- ∞
- Bits of qualia per second (goal)
The Stack
The Post-Silicon Architecture
Silicon causes immune scarring. Surgery is unscalable. We are rewriting the rules of the BCI hardware stack.
The Neural Compiler
Translating qualia into code. Our AI pipeline maps electro-chemical firing patterns of human experiences and compresses them into the standardized EPN digital protocol.
Biocompatible Wetware
Hardware that breathes. Injectable synthetic biological computing weaves into the nervous system, acts as an antenna, and harmlessly dissolves on command.
The Roadmap
Three Discoveries To Chase
EPN is not one breakthrough — it is three, stacked. Each phase unlocks the next.
- 01
Phase 01 · Neuromodulation
The "Write" Problem
The Problem
Companies like Neuralink are focused on reading data from the brain to move cursors — and it still requires drilling into the skull. To make EPN scalable, we have to figure out how to write high-fidelity data into the brain without surgery.
The Discovery To Chase
Research focused-ultrasound neuromodulation and transcranial magnetic stimulation at microscopic, targeted resolution: stimulate a precise cluster of neurons from outside the skull to simulate a genuine sensory input.
- 02
Phase 02 · Decoding Qualia
The Neural Compiler
The Problem
Before we can transmit an experience, we have to translate it into code. Today, scientists use AI on fMRI scans to decode what a person is looking at. We need to take this thousands of steps further.
The Discovery To Chase
Build an AI model that acts as a Neural Compiler — mapping the electro-chemical firing patterns of a specific experience (the muscle memory of a golf swing, the feeling of sudden joy) and compressing them into a standardized digital protocol: the 0s and 1s of the EPN.
- 03
Phase 03 · Hardware Revolution
Biocompatible Wetware
The Problem
Silicon and metal chips cause immune responses and scarring in the human body. The receiver for an EPN cannot be a traditional microchip.
The Discovery To Chase
Discover injectable neural lace and synthetic biological computing: organic polymers or synthetic cells safely introduced into the body that weave into the nervous system, act as antennas for the neural compiler, and harmlessly dissolve when no longer needed.
Restricted Distribution
Request Research Documents
Our whitepapers on focused-ultrasound neuromodulation, the Neural Compiler architecture, and dissolvable synthetic wetware are shared with vetted researchers, investors, and institutional partners.
- Phase-specific technical dossiers (PDF)
- Preclinical data summaries
- Partnership & investment overview
We reply to qualified requests within 3 business days.