Player tracking RTLS. Session load. Venue locating analytics.
For clubs, sports-science teams and venues. We design player tracking RTLS, sports club tracking and venue locating analytics — centimetre UWB on the pitch, athlete load and session metrics, injury-risk load monitoring — hardware-agnostic and performance-led.
Sports: the use case, and the numbers it moves.
UWB on the pitch where centimetres matter; complementary radios for training centres and venues. Chosen for the performance question, never sold.
1 · Track
Centimetre UWB position for every player on the pitch.
2 · Load
Session and cumulative load into sports-science workflows.
3 · Decide
Return-to-play and drill design backed by trusted data.
What we keep seeing.
Session data dies in the notebook
GPS belts, video and coach notes disagree. Sports science needs centimetre position and external load in one timeline — not three exports reconciled on Monday.
Injury risk is argued without a common load picture
Return-to-play and drill progressions stall when cumulative load is incomplete or sampled only in matches. Continuous session tracking closes the gap.
Venues run blind between the white lines
Training centres and stadiums lack a single operational view of who is on which surface — slowing medical response and pitch scheduling alike.
The use cases that consistently pay back.
Pitch player tracking
Centimetre UWB position for every athlete in training and matches.
Athlete load monitoring
Session and cumulative external load for sports-science decisions.
Injury-risk load signals
Flag unusual load patterns early — evidence for medical and coaching staff.
Session analytics
Drill-by-drill position and intensity into the platforms you already use.
Training-centre occupancy
Which squad is on which surface — scheduling without radio chaos.
Venue operations (selective)
Staff and high-value kit visibility where it pays back — not a betting feed.
Hardware & software ecosystem
UWB and BLE safety platforms · active-RFID mustering · GPS field trackers · ruggedised and ATEX-rated tags where required — selected for your environment and safety case, never by price book.
Where we plug in
SAP · IBM Maximo · GIS / ADMS · permit-to-work and safety systems · SCADA-adjacent reporting · contractor-management platforms.
What good looks like.
What we design and document to
IEC 62443 (OT security) · ISO 45001 (occupational health & safety) · ATEX 2014/34/EU and IECEx where applicable · lone-worker standards (e.g. BS 8484) · permit-to-work alignment.
Where the payback shows up.
Substation outage safety
Contractor and lone-worker tracking with geofenced safety zones across a multi-substation outage programme.
Lone-worker SOS
Man-down and duress alerting with precise location for field technicians at remote sites.
Tool & equipment control
Test gear and switching equipment tracked across depots and substations, cutting loss and search time.
We needed pitch tracking the medical and coaching staff would trust — not another black-box belt. TRACIO scoped centimetre UWB, wired exports into our sports-science stack, and kept the design vendor-neutral. Session load is now continuous; return-to-play arguments start from the same numbers.
Solutions for this industry
Relevant case studies
Common use cases — what we keep seeing.
Match & training pitch tracking
Problem: Position quality is too coarse for tactical and load work.
Tech mix: Pitch UWB anchors, athlete tags, session clocks.
Outcome: Centimetre trajectories staff actually use.
Athlete external load
Problem: Cumulative load is incomplete between gym, pitch and travel.
Tech mix: Continuous session tracking + sports-science integration.
Outcome: Clearer periodisation and return-to-play evidence.
Injury-risk monitoring
Problem: Spikes and asymmetries are spotted late.
Tech mix: Load thresholds, alerts to medical workflows.
Outcome: Earlier intervention conversations grounded in data.
Multi-pitch training centre
Problem: Squads and surfaces collide on the schedule.
Tech mix: Occupancy / presence across pitches and indoor halls.
Outcome: Cleaner scheduling, less dead time.
Academy pathway visibility
Problem: Youth load is under-measured versus first team.
Tech mix: Same tracking design scaled to academy pitches.
Outcome: Consistent load language across age groups.
Stadium ops (selective)
Problem: High-value kit and steward deployment lack a live picture.
Tech mix: BLE/RFID where ROI is clear — separate from athlete science.
Outcome: Fewer losses, tighter event operations.
What buyers search for
Clubs and venue operators researching locating typically look for:
- Player tracking RTLS — centimetre pitch data for coaching and medical
- Sports club tracking — athletes, kits and shared facilities
- Venue locating analytics — operations, safety and utilisation
- Load monitoring — session and cumulative athlete load
We stay services-led and vendor-neutral — locating architecture, integration and programme delivery, not a platform pitch.
Who else sells into sports locating — and what programmes get wrong.
Elite clubs know Catapult, STATSports and peers for athlete load; venues see Quuppa-class BLE-AoA, UWB vendors and Wi-Fi analytics for crowd and operations; kit and equipment RFID sits with separate SIs. Coaching, medical and venue operations rarely share a data model, so three vendors produce three truths about the same session or matchday.
What programmes get wrong: buying wearable precision the medical team will not govern; venue analytics that ignore steward and safety workflows; and kit RFID without laundry and custody process. The advisory job is to separate player-performance stacks from venue locating and equipment accountability — then integrate only where the decision needs a joined feed.
TRACIO remains vendor-neutral across athlete, venue and equipment layers. We sell no wearables or cameras; we design the locating architecture, privacy posture and operational integrations clubs and venues can defend.
Matchday and training environments also differ in radio and privacy constraints. Outdoor pitches favour GNSS or wearable GNSS+LPS hybrids for session load; indoor arenas and mixed-use venues often need BLE-AoA or UWB for stewarding, VIP flow and asset accountability where phones-as-sensors are too noisy. Broadcast and league data deals can restrict what may leave the venue — architecture should assume data-residency and purpose limitation from day one, not as a legal retrofit.
Procurement tip: score vendors on integration to medical and operations systems you already run, on kit laundry and custody workflows, and on whether athlete consent models survive a squad change — not on demo heat-maps alone. Independent advisory keeps those scores honest when a wearable OEM also wants the venue contract.
Frequently asked questions
What is player tracking RTLS versus venue locating analytics?
Player tracking RTLS focuses on athlete position, speed and load during sessions. Venue locating analytics extends the same discipline to staff, equipment and spectator-flow zones for operations. Sports club tracking programmes often start on the pitch and grow into venue operations without a forced platform change.
How accurate is player tracking on the pitch?
Centimetre-class UWB on the pitch is the usual design when load and position must be trusted session after session. BLE or GNSS may supplement warm-up areas and outdoor training — chosen for the venue, not a single vendor SKU.
Is this for gambling or betting use cases?
No. Our sports programmes are for clubs, performance and sports-science teams, and venues — athlete load, session analytics and operational visibility. We do not design betting or gambling feeds.
Can you monitor injury-risk load without disrupting sessions?
Yes. Lightweight tags and venue infrastructure capture external load and position continuously; sports-science staff review session and cumulative load in their existing analytics workflows.
Does it work indoors and in stadium bowls?
UWB and carefully planned anchor layouts handle bowls, indoor arenas and mixed training centres where GNSS is weak or blocked.
How does it integrate with our performance stack?
Location and load events export into sports-science and athlete-management platforms so analysts are not trapped in a separate silo.