Growing the materials of tomorrow
Sustainable materials and advanced electronics — with Sukshma, our graphene semiconductor subsidiary. Designed, developed and made in Bharat.
We work where biology and advanced materials meet — growing sustainable alternatives to carbon-intensive materials, and building the graphene devices that will power the next computing era.
One organism, tuned into distinct industrial products
One biological growth process, reinforced with graphene oxide. Feedstock is renewable, the process is low-energy, and the products are engineered to outperform the incumbents they replace.
Grow
Mycelium cultivated on agri-residue feedstock.
Reinforce
Graphene-oxide loading for strength and fire resistance.
Form
Moulded, pressed and finished to spec.
Deploy
Fashion, packaging, logistics, construction, sensing.
Grown, not extracted
Mycelium and graphene-oxide composites for leather, packaging, pallets, construction and energy storage.
Bio-leather
Animal-free, low-water leather alternative for fashion, footwear and automotive interiors.
Read the explainer →Bio-packaging
Grown protective packaging replacing expanded polystyrene; compostable at end of life.
Fire-resistant pallets
Graphene-oxide reinforced pallets combining load strength with fire resistance.
Read the explainer →Construction materials
Insulation panels and acoustic boards for low-carbon building envelopes.
Graphene batteries
Graphene electrodes for faster charging, longer cycle life and safer thermal behaviour.
Multimodal sensors
Composite sensing platform for temperature, humidity, heavy metals and gas-leak detection.
Read the explainer →Composite feedstock
Engineered mycelium and graphene-oxide blends supplied to industrial partners.
Chrome-tanned leather, expanded polystyrene, treated timber, chemically bonded panels — the materials we replace carry heavy carbon, water and waste burdens, and most are difficult or impossible to recycle.
Sukshma — from layers to logic
Sukshma works in the regime where graphene stops behaving like a bulk material and starts behaving like a designable electronic system — one to five atomic layers, with stacking order as a design variable.
CVD graphene
Wafer-scale monolayer and few-layer films grown by chemical vapour deposition, transferred onto device substrates.
Multilateral graphene
Stacking-order control across few-layer films, engineering electronic behaviour that single-layer graphene does not exhibit.
Heterostructures
Graphene stacked with dielectrics and 2D partners to engineer bandgap, mobility and coupling.
Memory devices
Non-volatile graphene memory targeting high density, low switching energy and strong retention.
Superconducting qubits
Graphene-based Josephson elements for gate-tunable qubits and quantum computing research hardware.
Read the explainer →THz devices
Terahertz detectors, modulators and emitters exploiting graphene's ultrafast carrier response.
Sensors & interconnects
High-sensitivity sensing and low-resistance interconnect layers for advanced packaging.
Research-stage today, with device demonstrators sequenced ahead of pilot production.
R&D in Hyderabad
Our Hyderabad centre brings biology labs, materials characterisation and device fabrication under one roof — so a composite formulation and a graphene device stack can be developed, tested and scaled in the same place.
Scale bio-packaging and bio-leather pilot lines; qualify fire-resistant pallets with logistics partners.
Commercial construction materials and graphene battery cells; first Sukshma memory demonstrators.
Volume manufacturing across the materials portfolio; quantum and terahertz devices moving from lab to product.
Somalore builds the materials. Sukshma builds the devices. Together they make an Indian deep-tech platform that spans the molecule and the chip.