MycoBrain is our testing-stage sensing and control platform for MyBC development. It detects microvolt-level electrical activity for EEG-like treatment of biological data, builds a digital twin of the growth phase, and prepares the stack for an open source release targeted for 2027.
EEG-like analysis of electrical activity in the microvolt range.
MOSFETS / Relays
CO2, TEMP, HUM
Microvolt activity
EEG-like treatment
MycoBrain captures several electrical ranges and biophysical properties, then sends the stream into a digital twin model of the MyBC growth phase.
MOSFETS / Relays
Multi-range inputs
CO2 / TEMP / HUM
Several nodes
The platform coordinates sensing and actuation across the substrate, allowing the system to respond to the biological state instead of only recording it.
Testing version now, open source software planned for 2027.
Clients send the material they want to transform into a MyBC. We test fungi, conditions, formulations, sensing, and processing routes to build a measured workflow that links adaptation, correlation, and performance.
7 strains
3 materials
Figure 06 / particle to composite
Our consistent data acquisition from devices and methods is designed to build reliable digital twins for future machine learning-driven discoveries.
A rigorous, multi-stage protocol translating raw agricultural byproduct into stabilized, high-density industrial material.
Sterilization and nutritional balancing of agricultural waste vectors.
Introduction of proprietary fungal strains under cleanroom conditions.
Environmental parameter manipulation to dictate density and fiber alignment.
Drying and Coating to lock material properties.
Recipe design, subgroup definition, and input normalization for consistent batches.
Biological growth, sensing, and signal capture translated into structured data for learning.
Characterization, postprocessing, and quality control that refine the final material output.
Send your material, and we will return a practical consultation path with strain selection, formulations, digital twin data, characterization, and production economics.
