Location node
Low-profile and mains-powered, mounted against the floor plan. Ranging reference and local network in one, placed on room boundaries.
- RTLS ANCHOR
- MAINS
- LOW PROFILE
A dense, self-healing mesh across every building and floor resolves each resident to a room, so a call raised at night reaches staff as an event with a place on it — not a reading in a log.
Indoors the hard part is not the link, it is the geometry. Plasterboard, lift shafts, fire doors and moving bodies reshape the signal from one second to the next. A system that reports the building tells staff almost nothing. A system that reports the wrong room is worse than one that says it does not know.
Every wall, door and radiator is a reflector. Signal strength on its own will put a wearable on the wrong side of a wall, confidently and repeatedly.
Rooms are small and adjacent, and the useful answer is which one. A fix that lands on the right floor but the wrong side of a partition is not a fix.
A wearable that is heavy, ugly or needs charging every day ends up in a drawer. Antenna volume competes directly with the battery and with how the thing feels on a wrist.
Location data about a person is sensitive. It is minimised on the device, secured in transit and kept only as long as it is useful.
Where is it, what is it doing, how does the data get back. The modules that answer them are built once and shared. The site decides what each one has to do.
Which room, which floor, which side of the door.
Ceiling anchors sit on room boundaries, not a grid, and the floor plan is part of the solver. A wearable resolves to a room and a side of a door with a confidence figure, and in a lift shaft the estimate degrades rather than jumping floors.
Movement, dwell, a call raised, a door opened at night.
Movement, dwell and a call raised are classified on the wearable; a door opened at night is classified on the door. The room-by-room picture is continuous on site; what leaves it are the transitions staff act on.
As an event routed to staff, not a reading buried in a log.
Mains-powered anchors carry the local network, so the wearable spends its radio budget on one short hop to the ceiling. Events leave the building minimised and secured, on licence-free spectrum the site does not share with its Wi-Fi.
One hardware family serves all three verticals. What changes is the role each object takes and the conditions it has to survive.
Low-profile and mains-powered, mounted against the floor plan. Ranging reference and local network in one, placed on room boundaries.
Small and comfortable, with a long service interval. Enough on-board sensing to ride out a gap in coverage without losing the thread.
Solves positions and routes events on site. Staff get an event with a room on it; nothing leaves the building that does not need to.
Anchors sit against the floor plan and the room boundaries, not on a uniform grid. The map is part of the positioning engine, so a corridor and the rooms off it are solved as what they are.
Radio ranging, inertial data and room-level context are combined, so an estimate degrades gracefully instead of jumping between rooms.
The system knows where every resident is, room by room, all the time — the continuous picture telecare has never had. What it publishes are the transitions staff act on: entered, left, stayed, called.
Care3 Labs' telecare technology brand. Intoku makes an interior legible to software — rooms, devices, movement and events resolved as a single real-time picture.
Discover IntokuWhat happens to a critical alarm if the wireless link goes down?
Which room did the alert come from?
What happened in the minutes before the call?