We grow structure that carries the network.
Two capabilities, one production platform. Both bench validated, neither in production. We are looking for fabrication capacity and integration partners to take them to first articles.
Designed for purpose. Grown by zone.
Inoculate the mould and the colony binds across the whole form. Anything placed in it beforehand — conductive mesh, fibre reinforcement, mounting hardware — is incorporated as the part grows.
Put the avionics bay inside an RF mesh enclosure. Put the antenna in a second cavity with none. Conventional layup needs three parts and two bonded seams. Ours comes out of one mould.
Density is a variable, not an outcome. Internal geometry is free.
Substrate is hemp and industrial residue — straw, sawdust, corn husk. How we prepare it matters more than what it is, which means we source locally and control the outcome in the process.
| Density | Low, controllable through thickness |
|---|---|
| Dielectric | Low-loss — antennas integrate conformally, no cut-in window |
| Thermal conductivity | Low |
| Reinforcement | Woven skins and selective fibre, placed pre-growth |
| Shielding | Conductive mesh, zoned |
| Surface | Seaweed-derived coatings — flame, sealing, moisture, field repair |
Hemp composites are bench tested. Figures for our formulation will be published as they are measured.
A network with no centre.
A mesh has no gatekeeper, so identity lives in the device. Each one generates its own cryptographic identity and keeps the private key. No registry, no certificate authority, no account, no enrolment server.
Nodes fail. The network expects it — traffic finds another path and the gap closes without anyone touching a configuration.
No cloud service holds the traffic. No vendor telemetry reports back to us. The protocol layer is open and auditable.
| CONDITION | TRAFFIC | CRITERION |
|---|---|---|
| Same gateway | Text | Under 1 s |
| Across the mesh | Text | Under 2 s |
| Across the mesh | Live voice | Under 300 ms, no dropout over 2 min |
| Across the mesh | Voice note | Under 5 s |
| Across the mesh | Photo | Under 10 s |
| Mesh link lost | Text over fallback | 10–60 s |
| Mesh link restored | Full rate | Under 2 s, within a minute |
| Out of range and back | Queued traffic | Delivers on reconnect |
| Gateway reboots mid-conversation | Nothing lost | Recovered in ~60 s |
Every kit is verified against all nine before it leaves the bench.
| Gateway to gateway | 500 m – 1.5 km, line of sight |
|---|---|
| Long-range fallback | Text well beyond that |
| Airborne relay | Bridges dead ground at 100–120 m |
| Transport | Interface-agnostic; runs over other radio without application change |
| Power | 4–6 W; 12–18 hours on a 20 Ah bank |
The relay payload is light enough to fly. A drone becomes a repeater over terrain that blocks a ground link.
| Sterilisation and bioreactor process | VALIDATED |
|---|---|
| Grown materials and biocoatings | BENCH VALIDATED |
| Resilient communications | IN TESTING |
| Autonomous field systems | IN DEVELOPMENT |
Fabrication capacity. Integration partners.
Mould design and tooling for grown parts — closer to closed-mould casting than to layup. Part finishing and trim. Mechanical test capability, or a route to one. Ideally someone who has taken a novel material through first-article qualification.
Anyone with an airframe, enclosure or vehicle that needs structure, shielding and a link, and would rather test a zoned part than bond three.
We are not looking for capital, exclusivity, or a licensing deal. We want to make parts with someone.
The cultivation process, the sterilisation method, the coating chemistry, the process control.
Tooling design, fabrication method, finishing process.
Process parameters, bench test data, material handling requirements, component provenance.
Stated plainly: electronic components are currently sourced outside Canada. Re-sourcing is scoped and planned. Cold-weather performance below −20°C is not yet characterised for the communications kit. You will hear both from us in the first conversation rather than in a qualification review.
MYCELIA AGROTECH INC. — INCORPORATED IN ONTARIO, 2020 — SELF-FUNDED TO DATE