Instant Head Impact Detection

Don't Guess.
Measure.

Objective real-time impact data.
A practical, team-ready system that detects head impacts at all levels of sport.

How It Works

Simple Setup. Instant Detection.

Get your team protected in three easy steps.

01

Attach

A sensor is given to each player on the team. It's attached with a simple adhesive behind the ear. The sensor is worn during training and matches.

02

Monitor

While playing, the sensor will report any head impacts to a coach, a physio or a parent. All updates happen in real time so head impacts can be acted on before more damage is done.

03

Act

The player can be taken off the pitch and assessed for concussion. A complete history of their impacts is available on the app.

The Ecosystem

Objective Data for Subjective Decisions

Our advanced sensor technology converts on-field impacts into actionable medical insights, specifically calibrated for the demands of elite contact sports.

Live Sideline Alerts

Instant transmission of significant impact events to pitch-side medical staff, enabling rapid assessment.

Sport Agnostic Design

A small, non-invasive sensor worn behind the ear. No mouthguards or helmets required. Works across any contact sport.

Universal Fit

No custom moulds required. Sensors can be shared across the entire squad and reassigned between players seamlessly.

Rotational Kinematics

Validated measurement of both linear g-forces and rotational velocity to capture the full impact profile.

Cumulative Load Monitoring

Track total head impact exposure over time to manage contact load in training and games.

Secure Cloud Storage

GDPR-compliant data storage allowing for long-term athlete health tracking across multiple seasons.

Live Demo

Quantify the Unseen

Not all significant impacts are visible to the naked eye. Our system provides objective impact validation in real-time, ensuring no potential injury event goes unrecorded during a match.

Live G-Force Telemetry

Continuous stream of linear acceleration data sent from player to sideline.

Rotational Kinematics

Secondary analysis of rotational velocity, a key indicator in concussion mechanics.

Instant Sideline Alerts

Automatic notifications when impacts exceed customizable safety thresholds.

9:41
Sessions
RECORDING

Training Session

Senior Squad • 6 players

Match

12'

Impacts

0

Max

0g

Alerts

0

3

S. MacMahon

0g
0r/s²
7

C. Lynch

0g
0r/s²
12

C. O'Brien

0g
0r/s²
5

F. Fitzpatrick

0g
0r/s²
15

P. Ryan

0g
0r/s²
8

O. McDonagh

0g
0r/s²
Long-term Brain Health

Cumulative Load Monitoring

Track impact exposure over time. Every head acceleration event is recorded, giving you a complete picture of player safety.

James Murphy

RugbyLock24y Male

Leinster U24s • Compared against 847 peers

2,450g
Season Total
Cumulative g-force exposure
Peer Avg2,290g
128
Impact Events
Events above 10g threshold
Peer Avg142
306g
Avg Per Match
Average load per game
Peer Avg286g

Season Impact Timeline

James Murphy's match load vs peer average

James
Peer Average
12%above

Peer Comparison Insight

James's cumulative impact load is 12% above the average for locks aged 22-26.

Match 4 showed significantly elevated exposure compared to peers.

Meet the Team
Built by 
Engineers.
Driven by Purpose.

We are a team of engineers and researchers united by a single goal: making contact sports safer for the next generation.

Eoin Tuohy
View Bio

Eoin Tuohy

Founder & CEO

Donal Tuohy
View Bio

Donal Tuohy

Chief Technology Officer

Michelle Carey
View Bio

Michelle Carey

Data Scientist

Patrick Ryan
View Bio

Patrick Ryan

Chairperson

Dr. Nicol van Dyk
View Bio

Dr. Nicol van Dyk

Non-Executive Director

Stay Informed

News & Research

Latest developments in concussion research and sports safety

BU Study Finds Head Hits Cause Brain Damage in Young Athletes
FeaturedSeptember 2025

BU Study Finds Head Hits Cause Brain Damage in Young Athletes

A landmark study published in Nature found 56% neuron loss in young contact sport athletes, even those without CTE. Researchers say repetitive head impacts cause brain injury much earlier than previously thought.

Read on Boston University
Research
March 2025

Brain Changes Persist Up to 1 Year After Concussion Clearance

St. Michael's Hospital study shows brain scans of concussed athletes still showed signs of injury when cleared to return to play, with reduced blood flow persisting up to one year later.

Unity Health Toronto
Research
January 2025

Oxford Launches Youth Brain Injury Study

The Podium Institute at Oxford University begins groundbreaking research using advanced MRI to understand why some children recover worse than others after head injuries in sport.

University of Oxford
News
November 2024

UK Updates Grassroots Concussion Guidelines

The Sport and Recreation Alliance published updated UK-wide concussion guidelines emphasising 'If in doubt, sit them out' with a minimum 21-day return to competition period.

Sport & Recreation Alliance
Early Access

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Be among the first to protect your athletes with our advanced impact monitoring technology. Get early access and exclusive updates.

Priority Access

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Exclusive Updates

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Get in Touch

Contact Us

Have questions about our technology? We'd love to hear from you.

Email

Send us a message

Phone

Give us a call

+353 87 214 9335

Location

Dublin, Ireland

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