Multimodal sensors
The same composite that makes a material can make it aware. Mycelium provides a porous, high-surface-area scaffold; graphene oxide provides the electrical response.
The problem
Monitoring temperature, humidity, contamination and gas leaks today needs separate, costly sensor systems.
Our platform
One composite substrate carrying multiple sensing modes on a single low-cost element.
What it senses
Temperature, humidity, heavy metals in water, and gas leaks.
Graphene oxide changes its electrical behaviour on adsorption and hydration; the mycelium scaffold maximises the surface where that happens.
Temperature
Resistance shifts predictably with thermal state across ambient and cold-chain ranges.
Humidity
Water uptake in the graphene-oxide layer changes impedance reversibly.
Heavy metals
Functionalised surfaces bind target ions, producing a measurable electrical signature.
Gas leaks
Charge transfer from adsorbed gas molecules alters conductance.
Every property here is set during growth and formulation — the performance is the material, not a coating on top of it.
Sampling, qualification and pilot programmes run from our Hyderabad centre.
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