01 · Sense
Multimodal Sensing
Embedded pressure and motion sensors map body position across 64 zones in real time, capturing how the body is lying and moving moment to moment.
The Technology
What's Inside Korus
A closed-loop Physical AI platform — senses the body, decides, and acts autonomously, in real time, on-device. The same intelligence powers every Korus line, from the home to the hospital.
The Architecture
A Sense–Plan–Act Loop,
Built Into the Bed
Physical AI means a system that doesn't just monitor — it perceives, reasons, and physically responds. Korus runs that full loop continuously, all night, without a person in the loop.
02 · Plan
On-Device AI
Edge ML models recognize position, detect unsafe states, and predict risk — locally, with no cloud dependency, for privacy and instant response.
03 · Act
Autonomous Actuation
Pneumatic smart cells reposition the body smoothly and silently — closing the loop, then sensing begins again.
↻ Continuous closed loop — sense, plan, act, repeat
The Subsystems
Six Systems, One Platform
Every subsystem is co-designed to work as a single closed-loop stack — no off-the-shelf components, no third-party AI dependency.
Sensing
Body Position Detection
Embedded pressure and motion sensors map body position across 64 zones in real time.
Intelligence
On-Device AI
Edge-based ML models process data locally — no cloud dependency, full privacy.
Actuation
Precision Movement
Pneumatic smart cells deliver smooth, whisper-quiet repositioning across all body segments.
Monitoring
Sleep Analytics
Continuous tracking of sleep stages, position history, and repositioning events.
Connectivity
App & Caregiver Dashboard
iOS and Android app with real-time controls, alerts, and care-team integration.
Safety
Multi-Layer Safety
Force limits, motion watchdogs, and fail-safe defaults ensure safe operation at all times.
Built & Validated
Four Years of US Government Capital
De-Risking the Platform
A functional prototype with a fully operational mechanical system.
64 zones
Real-time pressure & motion sensing across the body
96.5%
Edge-AI position-recognition accuracy (pilots at BWH + Soterya Lab)
500+
Body types in the training set / digital twin
<30s
Full autonomous reposition, distributed actuation
38cm / 450kg
Smart-cell lift height and load capacity
On-device
All inference local — no cloud dependency, full privacy
Intellectual Property
Institution-Backed IP
Protecting a Category
The core platform is protected by an institution-backed patent family, co-developed and co-owned with Brigham and Women's Hospital. Each new indication generates additional patentable claims as the software pipeline expands.
Core patent (Autonomous Repositioning Platform) granted in the US, EU, UK, and Australia; pending in Canada, China, and Japan
Co-owned with Brigham and Women's Hospital (Harvard Medical School)
Claims cover robotic in-bed repositioning, autonomous control logic, unsafe-position detection, and autonomous safety response
Trade secrets: sensor-fusion algorithms, digital twin (500+ body types), and motion models
Get Started
See Korus in Action
Whether you're a clinician, investor, or partner — we'd love to show you what the platform can do.
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