Environment & Occupancy

Buildings are run on assumptions about their own rooms. Which spaces hold their range, which are genuinely used, which sit lit and empty all week — the answer is usually whatever the last person to walk past remembers.

How Twinise Solves This

A standard kit reads the conditions a space is actually in: temperature and relative humidity, ambient light, distance by time-of-flight, and movement through the IMU. The nodes provision by QR scan and BLE setup in the Twinise mobile app, then publish telemetry directly to Twinise Cloud.

What You Get

• Conditions per space — Temperature and relative humidity from the room itself, not from a riser cupboard a floor above it. Every reading carries the device it came from and the context that device sits in.
• Occupancy without cameras — Time-of-flight shows whether a desk, bay or dock is occupied; ambient light and movement fill in whether a space is in use or merely lit.
• Alerts you can work — Set a threshold on any metric and the platform opens one alert per rule: active, acknowledged, resolved. Nothing piles up behind a condition you already know about.
• Live in the twin — The same stream drives your Unreal Engine twin through mesh tint, material parameter feeds and heatmaps, so a room out of range shows up exactly where it sits in the building.

Recommended Hardware

The Starter Kit (10 devices) covers a floor; the Site Kit (50 devices) and Facility Kit (100 devices) extend the same nodes across a whole building. Radar presence, motion and opening/contact sensing are tested on our nodes and can be integrated on request.

Where To Start

Instrument the rooms people complain about. A week of continuous readings settles the argument, and the thresholds you set afterwards come from the room's own numbers rather than a design specification.