ONE CONNECTED RUGBY SYSTEM

Understand contact, territory and readiness together.

High-frequency wearables link collisions, movement and match context so load can be interpreted as part of the game—not in isolation.

01 / CONTACT SENSING

Capture the moments that define the load.

High-frequency GNSS and IMU signals distinguish running demand, rapid change and contact exposure throughout training and competition.
  • GNSS + IMU
  • Contact events
  • High-speed load
14.2 gPeak contact
31Collisions
7.8 kmDistance
LIVE DATARUGBY
01High-load contacts 902Recovery interval −12%

02 / WORKLOAD DATA

Put every collision back into context.

Connect impact intensity, movement before contact and recovery between efforts to create a more useful player load record.
  • Contact intensity
  • Effort density
  • Athlete history

03 / TERRITORY ANALYSIS

See how physical effort changes territory.

Synchronize phase video, field position and workload to understand which actions created progress and which only consumed energy.
  • Phase retrieval
  • Territory gain
  • Contact context
MATCH FEED / LOAD ALIGNEDGAIN-LINE PHASE
01 / QUESTION

Who needs a modified contact session tomorrow?

02 / EVIDENCE

7-day load + collision exposure + recovery trend

03 / ACTION

Move three high-exposure players to the reduced-contact group and reassess in 24 hours.

04 / READINESS AI

Balance preparation with availability.

Bring match exposure, recent training and player history into one readiness conversation before the next high-load block.
  • Readiness questions
  • Risk context
  • Load planning