After-action review from where people were.
Police, fire and military RTLS for after-action review from where people were. Force-on-force and training accountability with air-gap options.
Training RTLS fails when after-action review cannot replay the decision, only the track.
AAR workflow
Tracks without annotated events waste instructor time. Design the review client with the schoolhouse.
Force-on-force safety
Live instruments need hard safety interlocks and clear weapon-sim rules. Safety owns the architecture veto.
Classification
Data gravity and classification levels constrain cloud fantasies. Decide the enclave before the RF.
Five use cases on one location layer.
The same hardware that scores a force-on-force drill also accounts for every officer on the street, tracks every fire engine to scene, and proves the chain of custody on every piece of evidence. One vendor-neutral RTLS platform — five very different jobs.
1 · Live training & force-on-force
Instrument kill houses, CQB facilities and outdoor ranges with UWB. Operators, role-players and weapons tracked to ±10–30 cm. Engagements, room-clearing times and movement become an after-action timeline instructors walk through with the team.
2 · Personnel accountability & duress
Worn tags combine live position, no-motion / down-man detection, and panic-button events. Control rooms get location and time the instant an officer or firefighter is in trouble — indoors, outdoors and on the fireground.
3 · Equipment, weapons & evidence custody
Passive RFID and UWB tag every weapon, radio, breaching tool and piece of evidence. Automatic check-in / check-out at armoury, locker and exhibit-store creates an immutable, time-stamped chain-of-custody — court-admissible, GS1-aligned, replacing paper logs.
4 · Vehicle & fleet tracking
GNSS, GNSS-RTK and indoor RTLS handoff for patrol cars, fire engines, tactical vehicles and military assets. Live location into your CAD, dispatch and AVL system. Geofence stations, scenes and restricted areas without extra hardware.
5 · Incident command & mass-casualty
Live persons-on-scene, automatic muster at staging, triage-zone tagging for casualties, and accountability that survives the chaos of a major incident. The same tags that train the team run the operation.
+ · Cross-cutting
Range and facility management, detention / custody accountability, K9 and equipment-vehicle pairing, calibration and maintenance tracking — built on the same RFID / RTLS infrastructure.
UWB → tactical / CQB precision · GNSS-RTK → outdoor ranges & vehicles · Passive RFID → weapons & evidence custody · BLE → station presence
Which technology actually fits.
Paid only by you. Hardware stays on the vendor’s paper.
UWB
Centimetre precision for training, CQB and tactical operations indoors.
GNSS / GNSS-RTK
Outdoor ranges, vehicle telematics and citywide patrol with clean indoor handoff.
Passive RFID
Battery-free weapons, evidence and armoury custody — passive, durable, court-admissible.
BLE
Station, locker-room and zone-level presence for everyday accountability.
ATEX / IECEx tags
Hazardous-area certified hardware for fire scenes, refineries and chemical incidents.
Standards-aligned
GS1 serialisation for custody, secure data handling, and integration to your CAD / RMS / EAM.
Industries this solution suits
Three scenarios, one platform.
Police force. A metropolitan force instruments its tactical training centre with UWB and rolls the same wearable tags into daily ops: live officer position, automatic muster on incidents, and Passive RFID custody on every firearm and breaching tool issued from the armoury.
Audit time on evidence falls from days to minutes.
Fire & rescue service. A regional service tags every breathing-apparatus set, firefighter and appliance. Incident command sees live persons-on-scene at a major fire; the same tags log BA usage time for safety officers; cabin and locker compliance is captured without paperwork.
Military training unit. A live-fire training range pairs UWB inside the kill house with GNSS-RTK on the outdoor lanes, captures every engagement and movement vector, and feeds after-action review tools so debriefs are evidence-based instead of subjective.
Typically bought by: Chief of training, operations command, range officers, fire chief, IT & OT leads, evidence and armoury custodians.
Relevant case studies
Where this solution wins — examples by sector.
Tactical force-on-force training (defence)
Real-time position and hit-detection in kill-houses.
Range live-fire safety (defence)
Real-time personnel safety on live-fire ranges.
Military aviation training (defence)
Tactical aircraft training with sub-metre position.
Police and law-enforcement training (defence)
Police-tactical training scenarios.
Fire-and-rescue training (defence)
Smoke-house and confined-space rescue training.
Competitive landscape (advisory view).
Force-on-force and MOUT training stacks increasingly combine instrumentation, simulated lethality and locating. Notable reference points include large programmes such as French Army CERBERE (Thales / RUAG with Quuppa-class local positioning for soldiers, vehicles and effects across multi-building urban sites), plus specialist defence instrumentation primes and industrial locating vendors adapted for ranges. Commercial athlete LPS and industrial UWB platforms sometimes appear in lighter training or police/fire academies — with very different assurance, encryption and export-control needs.
How vendors pitch vs what to buy. Vendors pitch continuous tracks and after-action replay. Training audiences should buy: replay that reconstructs decisions and engagements (not only polylines); indoor–outdoor continuity in buildings, stairwells and tunnels; timing aligned to weapon/effects instrumentation; and data handling fit for classified or restricted environments. TRACIO does not sell military training systems or locating hardware — we provide independent locating architecture and integration advice where programmes need a vendor-neutral layer.
Competitive landscape (advisory view).
Force-on-force and MOUT training stacks increasingly combine instrumentation, simulated lethality and locating. Notable reference points include large programmes such as French Army CERBERE (Thales / RUAG with Quuppa-class local positioning for soldiers, vehicles and effects across multi-building urban sites), plus specialist defence instrumentation primes and industrial locating vendors adapted for ranges. Commercial athlete LPS and industrial UWB platforms sometimes appear in lighter training or police/fire academies — with very different assurance, encryption and export-control needs.
How vendors pitch vs what to buy. Vendors pitch continuous tracks and after-action replay. Training audiences should buy: replay that reconstructs decisions and engagements (not only polylines); indoor–outdoor continuity in buildings, stairwells and tunnels; timing aligned to weapon/effects instrumentation; and data handling fit for classified or restricted environments. TRACIO does not sell military training systems or locating hardware — we provide independent locating architecture and integration advice where programmes need a vendor-neutral layer.
Frequently asked questions
Is this just for the military?
No. The same platform supports police tactical training and daily ops, fire and rescue incident drills and active response, and military force-on-force.
Same wearable tags, same indoor and outdoor location layer, five very different use cases on it - training, personnel accountability, weapons and evidence custody, vehicle tracking and incident command.
How do you protect officers and firefighters in real operations, not just training?
Worn tags combine live position with no-motion / down-man detection and a panic button.
Alerts route to the control room with location and time so help reaches every responder fast - indoors, outdoors, on the fireground and in GPS-denied environments where standard radios and phones lose context.
How is evidence and weapons chain-of-custody handled?
Passive RFID and UWB tags are read at every handoff between armoury, locker, vehicle, scene and exhibit-store, producing an immutable, time-stamped custody log that is court-admissible and aligned with GS1 serialisation standards.
Paper logs and honesty-box systems are replaced; audit time falls from days to minutes.
Does it work in GPS-denied environments - buildings, tunnels, urban canyons?
Yes. UWB and inertial systems give centimetre-accurate position inside kill houses, tunnels, basements and high-rise interiors where GPS fails. Outdoor coverage uses GNSS or GNSS-RTK. A clean handoff between the two means you do not lose the responder at the door.
Can we run vehicles, personnel and evidence on one system?
Yes - that is the point. One vendor-neutral RTLS platform serves all the use cases, with APIs into your CAD, dispatch, RMS, EAM, evidence platform and after-action review tools.
Hardware is chosen on the evidence of a site survey, not on a commission, because we do not sell hardware.
Is the hardware ruggedised and certified for hazardous areas?
Tags are body-worn and ruggedised to survive realistic training and operational use. For fire scenes, refineries and chemical incidents we specify ATEX / IECEx-rated hardware.
Battery life, ingress protection, weight and uniform integration are scoped against your specific scenarios.
Last updated: 13 September 2026