Outcome for the property
Support occupancy, long-stay and safety workflows in spaces where privacy matters.
Occupancy & Spatial
HeatMap Fusion
Thermal and 60 GHz mmWave sensor fusion for richer activity understanding without conventional identifiable video.
Product benefits
What this product improves.
BT338 combines a 16×12 thermal array with 60 GHz mmWave and local AI processing. It can detect presence, movement, temperature change, falls or accidents, no-motion and unusual long-stay conditions without producing camera images or personal identifiers.
Value for operations
Fuse thermal patterns and mmWave movement to build a more robust local interpretation.
How it fits the project
Designed for privacy-sensitive cubicles, accessible toilets and operational areas where occupancy and safety events need richer context.
Installation approach
Preferred ceiling height is 2.8 m or below. Coverage and algorithm settings are validated against the exact room geometry.
Best suited to
- Accessible toilet safety
- Cubicle occupancy
- Long-stay or no-motion alerting
- Privacy-sensitive space analytics
Core capabilities
Built for a specific building outcome.
Each capability supports clearer information, faster response, better use of space or simpler operations.
Two sensing modes, one decision
Fuse thermal patterns and mmWave movement to build a more robust local interpretation.
Privacy by sensing method
No conventional camera image or personal identifier is created for the workflow.
Safety-aware events
Support fall, accident, no-motion, long-stay and unusual-activity logic alongside occupancy.
Documented specifications
Confirmed product facts.
- Thermal array
- 16 × 12
- Radar
- 60 GHz mmWave
- Preferred ceiling
- ≤ 2.8 m
- Indicative detection area
- 2.2 × 3.5 m at 2.5 m; 2.7 × 3.7 m at 2.7 m; 3.2 × 3.9 m at 3.0 m
START WITH ONE MEANINGFUL OUTCOME
Make the next building perform as beautifully as it looks.
Share your property type, systems and priorities. We will propose a practical pilot, integration path and measurement plan.
Talk to our project team