HYPERPULSE
HYPERPULSE
HyperPulse is being built to help parents and coaches understand rugby effort after the session: a low-profile device captures movement context, and the app turns it into a readable record.
Parents see a fuller session picture: speed bursts, effort, load, rotation, and repeated movement through a demanding match.
Coaches can review work rate, movement load, sprint count, and contact-context session volume.
Rugby rule note: HyperPulse is a performance-context device, not a sideline authority. Club, event, federation, and official permission still controls use.
These are the public-facing metrics parents should understand first. The app can carry deeper technical data, but the website needs to make the value obvious.
Top movement burst captured during the session.
Repeated high-effort bursts parents and coaches can actually count.
How quickly the athlete gets moving from a start, cut, or reset.
Cuts, pivots, and agility movements that show how much work happened off-ball.
Total jump efforts during practice, match, drill, or game context.
Estimated peak vertical output for jumps and explosive efforts.
A simple session intensity readout parents and coaches can understand.
Total mechanical work estimate across the session.
High-motion contact or landing-context events for reviewing session demands.
Turning, swing, hip, or torso speed depending on the sport.
How much total movement the athlete produced in the session.
Temperature, humidity, elevation, and context captured beside the session.
A compact BLE sensor records motion context during controlled sessions, practices, and approved use cases.
Parents and coaches see speed, burst, load, work rate, and session context in a dashboard that can be understood quickly.
Screenshots and exports create a proof artifact for review without turning an athlete into a public profile.
Sport request
Tell us who would use HyperPulse for Rugby and what a useful session review would need to show.
The next proof step is simple: 3-5 working devices, clean app receive flow, readable session output, and credible battery/reconnect behavior.