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Risk is staged,
not ignored.

Wecelium starts with commercially legible products and climbs toward frontier fungal-electrical systems. Revenue from early layers directly funds research at later ones.

L1

Cultivation

Revenue Now
Sterile workflow, strain handling, fruiting.

The foundational layer. A controlled gourmet mushroom facility that generates consistent revenue, validates biological processes, and builds the proprietary strain library.

  • Ostra/Shiitake/Lion's Mane
  • Sterile agar to fruiting
  • Environmental data logging
L2

Composites

Materials Pilots
Hyphal density, molding, drying, mechanical testing.

Mycelium grown on agricultural substrate, compressed and dried into rigid structural panels and custom-molded packaging forms. Biodegradable, fire-resistant, and tuneable.

  • Custom mold design
  • Density/strength testing
  • B2B packaging pilots
L3

Biosensors

POC Development
Electrodes, environmental response, signal acquisition.

Fungi growing across electrode arrays. When the environment changes — humidity, temperature, chemical signal — the electrical resistance of the mycelium changes measurably. This is a biosensor.

  • MEA electrode arrays
  • Environmental response capture
  • Electrical signal datasets
L4

Fungal Chips

Frontier IP
Microfluidic channels, Y-split topology, guided hyphae.

Using microfluidic channel architectures to guide hyphal growth paths. Y-split junctions create decision-making topology that can be read electrically — the beginning of a biological computing primitive.

  • Y-split hyphal junctions
  • Guided growth via microfluidics
  • Topological IP
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