Player Tracking und Venue-Analytik — ohne Vendor-Lock-in.
Locating-Programme für Sport und Venues: Performance, Safety und Fan-Ops — unabhängig ausgewählt und integriert.
Sport-Ortung ist ein Performance-System — kein Lager-RTLS im Stadion.
Load before tactics
Clubs buy centimetre tracking to manage soft-tissue risk and session dose. If the feed cannot join GPS/IMU load metrics, the analytics team will ignore it.
Competition rules
Competition and broadcast rights constrain what can be worn and what can be published. Design the architecture for training grounds first when match-day hardware is gated.
Venue second
Crowd flow and asset visibility are a different buyer (stadium ops). Keep athlete performance and venue ops as separate programmes that share infrastructure only when governance allows.
Sport: der Use Case — und die Zahlen, die er bewegt.
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.
Was wir immer wieder sehen.
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.
Die Use Cases, die sich durchgängig amortisieren.
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.
Wie gut aussieht.
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.
Wo sich der Payback zeigt.
Session load & position
Centimetre pitch tracks joined to load so coaches see volume and asymmetry in the same review.
Injury-risk monitoring
Load spikes and acute:chronic drift flagged for sports science — without turning the session into a lab.
Venue & crowd flow
Bowl and concourse counts for ops — separate from athlete performance stacks unless governance says otherwise.
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.
Lösungen für diese Branche
Relevante Fallstudien
Häufige Use Cases — was wir immer wieder sehen.
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.
Häufig gestellte Fragen
Wie genau ist Player Tracking auf dem Platz?
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.
Ist das für Gambling- oder 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.
Können Sie Injury-Risk-Load ohne Störung der Sessions monitoren?
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.
Funktioniert es indoor und in Stadion-Bowls?
UWB and carefully planned anchor layouts handle bowls, indoor arenas and mixed training centres where GNSS is weak or blocked.
Wie integriert es sich in unseren Performance-Stack?
Location and load events export into sports-science and athlete-management platforms so analysts are not trapped in a separate silo.
Last updated: 13 September 2026