Solutions / Catalogue / Indoor Positioning & Tracking

Indoor Positioning & TrackingScenario

Campus Safety Management

A safety layer for schools, colleges and offices that combines staff badges with location tracking, a silent SOS button, and AI analysis of existing CCTV. Badges report over a private LoRaWAN network and video is analysed in the control room, so nothing leaves campus. It adds to existing cameras and access control rather than replacing them.

EducationHealthcareHomes and buildings

Talk to an engineer See the hardware

Amrita Vishwa Vidyapeetham campus in Coimbatore, lawns and trees in front of the main academic building — Photo: Manhardas in, CC BY-SA 4.0, Wikimedia Commons. Shows the setting, not this installation.

Within 3 m: Room-level location accuracy in classrooms, hostels and basements (vendor claim, no test method shown)
5+ years: BC03 beacon battery life (vendor claim)
4 to 16: Camera streams per edge host, depending on model
90%: Drop in intrusion incidents in the headline of a linked case study (no data shown)

Results reported by the design's authors on their own test setups. Yours depend on the site, so we confirm them in a pilot.

The problem

Why it matters.

Old positioning systems are costly and split indoor from outdoor, emergency reports lack live location, and guards cannot watch every camera.

The flow

From signal to action.

01SenseBadges and beaconsT1000-A badges pick up BLE beacons indoors and use GNSS outdoors to work out where the wearer is.
02ConnectLoRaWAN gatewayPositions and SOS presses go to gateways, which pass them on over Ethernet, Wi-Fi or 4G.
03DecideVideo AIAn edge host in the control room pulls existing RTSP streams and flags intrusion, loitering, falls, fire and weapons.
04PeopleCommand mapOperators see each alarm on one campus map with the person's location and the nearest camera view.
05ActOn-site responseRelays sound sirens and strobes or lock doors, and events are pushed to existing access and dispatch systems.

Deployment architecture

How it is wired.

The devices on site, what carries their data, where the decision is made and where the result goes.

01SenseOn site

SenseCAP T1000-A Card Tracker1 per person
SenseCAP T2000-A Asset Tracker1 per asset
SenseCAP BC03 BLE Beacon
reCamera Smart Camera

02ConnectCarries the data

SenseCAP M2 Indoor Gateway
LoRaWAN
BLE
GNSS

03DecideRuns the model

reComputer J30 Series Edge Host
reComputer J40 Series Edge Host
reComputer R22 Industrial Edge Host

04Your systemsWhere results land

Open APIs
Access control systems
Video management systems
Dispatch and public address systems

05ActWhat happens next

On-site response

How it works

Step by step.

01Fit beacons across corridors, stairs and rooms, and place one gateway per floor.
02Issue badges to staff. A double press sends a silent SOS with the live location.
03Connect the edge host to existing camera streams and mark restricted zones and perimeters.
04SOS presses and AI events appear on the map with location and a nearby camera feed.
05Review early false alarms and feed them back as labelled examples so the models improve.

The hardware

What goes on site.

Items we stock can go straight in the bag. Everything else we source and quote with the installation.

SenseCAP T1000-A Card TrackerStaff badge with GPS, Wi-Fi, BLE and an SOS button1 per personSourced on quote
SenseCAP T2000-A Asset TrackerTracker for vehicles and equipment1 per assetSourced on quote
SenseCAP BC03 BLE BeaconBattery indoor location marker, no wiring1 per 56 m² of indoor area, minimum 3Sourced on quote
SenseCAP M2 Indoor GatewayLoRaWAN gateway for badge traffic1 per 100 trackers, minimum 1Sourced on quote
reCamera Smart CameraAll-in-one AI camera, one channelSourced on quote
reComputer J30 Series Edge HostMid-range video AI host for 4 to 8 channelsSourced on quote
reComputer J40 Series Edge HostHigh-end video AI host for 8 to 16 channelsSourced on quote
reComputer R22 Industrial Edge HostHailo-8 industrial host for 4 to 8 channelsSourced on quote

Before you install

One gateway per floor, on a ceiling or in an equipment room, with Ethernet, Wi-Fi or 4G backhaul.
A dense beacon grid across corridors, stairs and rooms. Finer location needs more beacons.
Network access from the control room to existing camera RTSP streams.
Space in the control room for the edge host.
LoRaWAN hardware ordered in the band legal for the country.

Good to know

Location is room level and depends on how many beacons are fitted.
Expect AI false alarms at first. A person should review alerts while the models learn from site footage.
Tracking staff location needs a written policy and consent, even though badges send no audio or video.
No accuracy figures are given for fire or weapon detection.

How we deliver it

Paper to site, one team.

01Site surveyWe walk the site, or review photos and drawings, and agree what to measure and where each device goes.
02PilotOne lane, one line or one room first. We tune it on your conditions and agree what good looks like.
03Roll outWe supply the hardware in India with GST invoices, install it, and connect it to the systems you already run.
04SupportSpares, remote checks and model updates, with one team to call when something changes.

Questions

Asked before buying.

Do we have to replace our CCTV?

No. The edge host reads your existing camera streams over RTSP.

Does it need internet?

No. Badges use a private LoRaWAN network and video is analysed on campus.

Do badges record audio or video?

No. They report only location zone and SOS presses.

Want this on your site?

Tell us the site and the problem. We come back with a pilot plan and a priced hardware list.

Book a call with an engineer Write to us

Want this on your site?

Indoor Positioning & Tracking

Campus-level BLE Beacon Positioning System

Want this on your site?

Indoor Positioning & Tracking

Campus-level BLE Beacon Positioning System