Material Cultivation
Bacterial cellulose is grown in controlled bioreactors while mycelium networks are carefully cultivated for optimal structural properties.
Advanced material science
Nature meets advanced science.
Every fibre in Bisomna™ is engineered for a purpose. Five materials, one quiet system — with optional smart sensors for data-driven sleep insight.
Read the ScienceFive materials, one system
Materials
Five Materials, One Quiet System
Each material earns its place with a measurable function — nothing mystical, nothing decorative.
Advanced carbon technology
Graphene-Enhanced Fabric
Woven from graphene-enhanced fibre, the outer layer runs the blanket’s climate: it draws heat away from contact points so warmth spreads evenly, and its conductive mesh attenuates ambient RF.
- Spreads body heat evenly — no hot spots under the blanket
- 30–40 dB ambient-RF attenuation
- Graphene woven into the fibre itself, not coated on
Living biomaterial
Bacterial Cellulose
Grown, not woven: a nanoscale cellulose network cultivated in bioreactors. Its microporous structure is what your skin feels — breathable, moisture-wicking and naturally smooth, adapting to the body's contact all night.
- Around 40% better airflow than conventional bedding fabrics
- 3× faster moisture drying keeps the microclimate stable
- Naturally antimicrobial and skin-friendly
Natural structure
Mycelium Composite
Cultivated fungal fibre networks are grown into the blanket's natural cushioning layer — a soft, airy loft that moulds to the body's contours. Because the layer conforms instead of resisting, the blanket's weight settles as smooth, even pressure with no pressure points, while the open structure adds light, breathable insulation. Grown, not manufactured — with zero electronics.
- Conforming loft that turns the blanket's weight into smooth, even pressure
- Open, airy structure for light and breathable insulation
- Fully natural and compostable at end of life
Mineral chemistry
Zeolite Framework
Zeolites are microporous minerals used across industry for adsorption. Embedded in the foundation layer, they bind humidity and odour molecules from the sleep microclimate — straightforward, well-understood chemistry doing quiet work.
- Adsorbs excess humidity from the microclimate under the blanket
- Binds odour molecules for a fresher surface between washes
- Inert, stable and safe in prolonged skin proximity
Established textile technology
PCM Microcapsules
Phase-change microcapsules absorb heat as they melt and release it as they solidify — a proven technology from performance apparel. In Bisomna they buffer temperature swings, smoothing the hot and cold moments of the night.
- Absorbs excess heat during warm phases of the night
- Returns stored heat as the microclimate cools
- Works with the graphene layer to hold a ±2°F comfort band
Manufacturing
Precision Manufacturing Process
Advanced fabrication techniques ensure consistent quality and performance.
Layer Integration
Graphene sheets are precisely integrated with the biological materials using proprietary bonding techniques that preserve conductivity and flexibility.
Mineral Embedding
Zeolite particles and PCM microcapsules are embedded within the matrix using advanced deposition methods for uniform distribution and effectiveness.
Optional intelligence
Bisomna™ PRO Edition
Sensors and software for those who want the data — entirely opt-in, never required.
Integrated Sensors
Thin fabric sensors track heart rate, HRV, breathing patterns and sleep stages in real time — no wearables on your body.
Sleep Analysis
Machine-learning analysis of your night's data surfaces patterns and personalised recommendations for better rest.
Companion App
iOS and Android apps present insight, trends and clear, actionable guidance — outside the bedroom, never glowing beside you.
Choose Your Edition
Core or PRO — both are built on the same quiet biomaterial core.