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Core scientific principles

Engineered for wellness. Grounded in measurement.

Established materials science and sleep physiology. We are explicit about what is proven, what is designed-for, and what is still being validated.

Validation RoadmapPre-registered endpoints
Our framework

The Biological Down‑Regulation System™

Down-regulation means one thing: removing the physical inputs that keep your body working at night, so its own wind-down can happen undisturbed.

Thermal down-regulation

heat · moisture

Conductive spreading, phase-change buffering and breathable structure support the natural core-temperature drop the body performs to enter sleep.

Sensory down-regulation

weight · texture · quiet

Even, gentle pressure and a soft, stable surface reduce the small disturbances — hot spots, dampness, rustle — that fragment rest.

Load down-regulation

nothing to manage

No screens, scores, batteries or routines. A surface that works every night without asking anything of you first.

Bisomna is not a medical device. The BDRS describes design intent grounded in established physiology; product-level outcomes are being validated — see below.

Materials

A Synergy of Advanced Materials

Bisomna™ integrates five key materials, each chosen for a well-understood physical property that contributes to a calmer sleep environment.

Graphene Textile

RF attenuation and superior thermal conduction — measured fabric properties.

Bacterial Cellulose

A breathable, skin-adaptive living biomaterial for airflow and moisture control.

Mycelium Composite

Even weight distribution and gentle damping through natural fibre structure.

Zeolite Framework

Mineral adsorption of humidity and odour in the local microclimate.

PCM Microcapsules

Latent-heat buffering that smooths temperature swings — established in apparel.

Lab-Verified Design

Every layer earns its place through measurement — material quality, thermal behaviour and the body's response are lab-tested before anything reaches the product.

Validation

Measurement Endpoints & Pilot Targets

Our clinical validation programme is in progress (see the Roadmap). The figures below are the pre-registered target endpoints of that programme — published here for transparency, and updated as results arrive.

Targets — not yet results
TimepointSleep score targetChange
Baseline62
Week 271+14.5%
Week 478+25.8%
Week 885+37.1%
Sleep-architecture endpoints
MetricTargetWhy it matters
Deep sleep+24%Cellular repair & memory consolidation
REM sleep+18%Emotional regulation & cognition
Sleep onset−31%Less time to fall asleep

Results will be published upon completion of the validation programme, whatever they show. Research enquiries: research@bisomna.com

Mechanisms

Mechanisms of Action

Fundamental physics and material science — nothing more, and nothing less.

RF Attenuation

The graphene layer forms a conductive mesh — a Faraday-cage effect that attenuates ambient RF signals (Wi‑Fi and cellular bands) under the blanket. This is a physical measurement of the fabric, not a claim about health outcomes.

Thermoregulation

Bacterial cellulose's microporous structure and graphene's conductivity work together to draw heat away from the body, while PCM capsules buffer the swings — supporting stable thermal homeostasis through the night.

Sensory Quiet

Even weight from the mycelium structure, moisture wicking and a rustle-free surface remove the micro-disturbances that fragment sleep — with nothing to monitor, charge or adjust.

Positioning

A Different Kind of Sleep Technology

Trackers watch you. Climate systems run machinery around you. Bisomna engineers the material itself.

CapabilityBisomna™Conventional beddingOther smart bedding
Active RF shielding
Living biomaterials
Dynamic thermoregulationPowered only
Sensory down-regulationPartial
Humidity & odour adsorption
Works with zero electronics
Published validation protocolVaries

Scientific Advantage is Market Advantage

A defensible materials platform positioned to lead the multi-billion-dollar wellness technology market.