Early Warning Signals
Fewer Soft-Tissue Injuries
360° Athlete Visibility
More Available Squad Days

Keep Every Player
On The Pitch.

HaloPro continuously monitors athlete HRV, sleep, and resting heart rate to identify early injury risk signals, helping coaches and medical teams act sooner.

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halopro.haloscape.health/dashboard
HaloPro
Sports Intelligence
Dashboard
Squad Monitor
Load & Recovery
Clinical
Injury Command
Devices
Reports
Dashboard
19 Fit 4 Monitor 3 Out 24 devices
Next fixture
3 days away
vs Northgate FC
Sat Aug 8 · 20:00 · Home
Athletes Staff

4 at elevated load · 3 with sleep deficit · 5 with declining HRV

Signals to watch 5
DA
Daniel Ash
ACWR 1.62 ⚠ danger HRV ↓ declining
MC
Marcus Cole
ACWR 1.54 ⚠ danger Sleep debt 4.1h
BY
Ben Yates
RTP Phase 2/5
Load heatmap
MonTueWedThuFriSatSun
ACWR 1.18 OK
HRV 62.4 Watch
Critical 2 athletes above safe load ratio HaloAI live

Daniel Ash, Marcus Cole, reduce load 40%, activate recovery protocol before Saturday.

DA
Daniel Ash
Right winger · 24
Acute : chronic load
1.62 Danger
Safe window 0.8 – 1.3
HaloAI triage Live
Critical
Reduce load 40%
HRV down 3 days · sleep 62% below baseline · resting HR +6 bpm
Squad availability
19 / 26 fit
Fit19
Monitor4
Out3
Football· Basketball· Volleyball· Tennis· Athletics· Cycling· Rugby· Swimming· Boxing· Rowing· Gymnastics· Triathlon· Hockey· Motorsport· Para Sports· Football· Basketball· Volleyball· Tennis· Athletics· Cycling· Rugby· Swimming· Boxing· Rowing· Gymnastics· Triathlon· Hockey· Motorsport· Para Sports·
The Cost

What happens when biometric signals go unread?

Injured footballer being supported off the pitch by teammates
$500M+
in direct salary loss. In the NBA and NFL, injuries can leave millions in player salaries tied to unavailable athletes, a direct cost before any wider business impact is counted.
£45M
lost per EPL team. In Premier League research, injury-related performance decline was estimated to cost teams an average of £45 million per season.
The ripple effect is larger
The true cost goes beyond wages: injuries can also reduce matchday revenue, broadcast value, sponsorship impact and commercial momentum.

Eliakim, E., Morgulev, E., Lidor, R., & Meckel, Y. (2020). Estimation of injury costs: Financial damage of English Premier League teams' underachievement due to injuries. BMJ Open Sport & Exercise Medicine, 6(1), e000675. doi:10.1136/bmjsem-2019-000675
Dallmeyer, S., Steinfeldt, H., Hübers, T., Pietzonka, M., & Breuer, C. (2025). Monetising misfortune: The financial consequences of injuries in professional football teams. BMJ Open Sport & Exercise Medicine, 11(2), e002437. doi:10.1136/bmjsem-2024-002437

For Your Role

Built for every person on the health & performance team.

Your star player is at risk. Do you know it yet?

You're making lineup decisions based on gut feel and player feedback. But the real signals are in the biometrics, and you can't see them.

HaloPro gives you a risk score for every player in your squad, updated daily. Make smarter selection and training decisions.

  • Daily squad risk dashboard
  • Training load recommendations
  • Match-day availability forecasting
  • Historical injury pattern analysis
Women's sports team in a motivational huddle before a game
Data Sources

Supercharge your team's performance.

Unify and activate the data your athletes already have. Four streams, one continuous picture.

01

Wearable Data

HRV, VO2 max, sleep stages, temperature, resting heart rate and training load, pulled from every major device into one system.

GarminWHOOPApple WatchOuraPolar
02

Clinical Assessments

Musculoskeletal screening results, range of motion tests and FMS scores, digitised and correlated with daily biometrics.

MSK screeningRange of motionFMSInjury history
03

Biochemical Data

Blood panels, hormone levels, essential vitamins and minerals, and inflammatory markers, integrated with biometric trends for a complete picture.

Blood panelsHormonesFerritin & Vit DInflammation
04

Performance Testing

Lactate threshold, sprint benchmarks and strength testing, tracked over time and cross-referenced with recovery and readiness data.

Lactate thresholdSprint benchmarksStrength testing
Biometric Intelligence

Every signal, modelled.

Five model families plus the Halo Score, running continuously against each athlete's own baseline, not a generic population average.

HRV Trend Analysis

Continuous heart rate variability monitoring reveals autonomic readiness and stress adaptation over time.

Resting HR Deviation

Daily resting heart rate compared against personal baseline to detect early fatigue or illness.

Sleep Architecture

Deep, REM and light sleep stages tracked and correlated with next-day performance metrics.

Skin Temperature

Continuous skin temperature variation flags inflammatory response, illness onset or overtraining.

Cumulative Load

Training load modelling across sessions, tracking strain accumulation and recovery windows.

Halo Score & Intelligent Models

Every biometric combined into an at-a-glance readiness indicator, with AI models that surface early warning signs.

How It Works

From raw signal to recovery protocol.

Every wearable, lab result, and clinical assessment your athletes already use, unified into intelligence your staff can act on.

01

Collect

HaloScape aggregates data from every wearable, medical record, and training system your athletes already use, automatically, regardless of device brand.

HRV & Resting Heart Rate Sleep Architecture VO2 Max & Training Load Blood Panels & Hormones Skin Temperature Musculoskeletal Screening
02

Analyze

Our engine correlates HRV trends, sleep quality, resting heart rate, and skin temperature against personal baselines, detecting risk patterns days before they become injuries.

Day 1–3
Signal Detected
HRV declining, resting HR elevated, sleep quality dropping
Day 3–5
Risk Flagged
HaloSight alerts medical team: high soft tissue injury probability
Day 5+
Intervention
Training load reduced, recovery protocol activated
03

Act

HaloSight delivers risk-stratified athlete views with training load recommendations, recovery protocols, and early warning flags, generated automatically for coaches and medical staff. No data science required.

Athlete card · HaloSight Live
DA
Daniel Ash
Right winger · 24
Monitor
Training load recommendation
Reduce 40% Critical
ACWR 1.62
HRV 7-day −14%
Sleep debt 7.4 h
Resting HR +6 bpm

HaloSight raises the injury-probability flag and shows every factor behind it, which markers moved, by how much, over how many days.

Products

Two products. One platform.

For Athletes

HaloScape

One app for 360° athlete health: wearables, medical records, training data and devices, all unified.

  • Daily Halo Score: a single readiness indicator combining all biometrics
  • Sleep architecture analysis correlated with next-day performance
  • Personal recovery insights based on HRV trends, not generic timelines
  • Training load optimization, not a one-size-fits-all algorithm
  • Cycle-aware intelligence: performance insights adapted to hormonal rhythms
For Coaches & Medical Staff

HaloSight

The team oversight dashboard. Real-time visibility across your entire squad, risk, load, recovery, all in one view.

  • Squad-level risk stratification with individual deep-dives
  • Early warning engine, pattern detection days before symptoms emerge
  • Automated training load recommendations based on continuous biometric streams
  • Recovery protocol triggers
  • Adaptive models for every athlete profile: wheelchair users, academy players, women's teams
Squad risk stratification Today · 26 athletes
Daniel Ash ACWR 1.62 · sleep debt 7.4h Risk
Kyle Owens ACWR 1.38 · HRV ↓ Watch
Ethan Kane ACWR 1.04 · HRV ↑ OK
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Collaboration

One record. Every discipline.

Medical and coaching teams still operate in silos, missing critical patterns. HaloPro puts them on the same record, without collapsing the boundaries between them.

Role-based access

Clinical detail stays with clinicians. Coaches see availability, load and readiness, not diagnoses. Every role gets exactly the view it needs.

One shared risk view

When the physio flags a return-to-play phase, the coach sees it on the same squad board that drives selection. No handover emails, no lost context.

Consent & audit trail

Athletes control what each role can see. Every access and every change is logged, a defensible record for the club and for the player.

Team record · Elliot Ward 5 disciplines
HC
Head Coach
Availability · load · selection
SC
Strength & Conditioning
ACWR · session load · recovery windows
MD
Team Physician
Biomarkers · blood panels · medical history
PT
Physiotherapist
Injury records · RTP phases · screening
DT
Dietitian
Nutrition · hydration · blood markers

Invited practitioners inherit the club's identity and permissions, no separate logins, no duplicated athlete files.

Platform Features

Data behind every decision.

Risk Stratification

Continuous biometric analysis that ranks every athlete by injury probability, updated in real time. Know who needs attention before they report a problem.

Training Load Monitoring

Acute/chronic workload ratios that show when a player is ready to push and when to hold back. Recommendations generated automatically from cumulative strain data.

Early Warning Signals

Automated alerts triggered when physiological deviations, declining HRV, disrupted sleep architecture, rising resting heart rate, indicate elevated injury risk, giving medical and coaching staff time to adjust load, activate recovery, or modify selection (Gabbett, 2016, Br J Sports Med; Buchheit, 2014, Sports Med).

Squad Visibility

One dashboard for every athlete. All health signals, risk scores, recovery status, and readiness indicators in a single view. Individual deep-dives one click away.

Recovery Protocols

Personalized recovery plans that adapt to each athlete's biometric response. Triggered by physiological thresholds, not fixed schedules.

Universal Integration

Works with existing wearables, Polar, Garmin, WHOOP, Apple Watch, Oura, and virtually any data source via open API. No device lock-in.

One Shared Record

One athlete, one platform, multidisciplinary collaboration.

Doctor
Health
Blood & biomarkersNormal
InflammationLow
HRV68 ms
Athlete on court
Unified Athlete Profile

Every specialist writes to and reads from the same record, no exports, no version drift.

Physiotherapist
Rehabilitation
Flexion ROM125°
Gait symmetryLeft pelvic drop
Planned modalityNMES
Coach
Training
Training loadOptimal
VO2 Max58
PerformanceImproving
Nutritionist
Nutrition
Daily energy needs3,200 kcal
Macro balanceReduce simple carbs
Extra recommendationsGluten-free diet
Adaptive Intelligence

Peak performance looks different for every athlete.

HaloPro doesn't apply the same algorithm to every body.

Different athletes have different physiological realities, the models adapt to each one.

Boxer training in the ring
Cycle-Aware

Menstrual cycle phases correlated with HRV, nutrition and training load, performance insights tuned to hormonal rhythms.

Wheelchair basketball player
Adaptive Mode

Recalibrated algorithms for wheelchair-using athletes: upper-body load, pressure monitoring and autonomic adaptation.

Academy footballer holding a ball
Academy Ready

Growth-phase baselines that evolve with developing athletes, injury prevention from academy to first team.

Works with the devices your athletes already use

Apple Watch Garmin WHOOP Polar Oura
FAQ

Frequently Asked Questions

HaloPro is device-agnostic. It integrates with all major wearable brands, Garmin, WHOOP, Apple Watch, Oura, Polar, and more, alongside lab results, clinical assessments, and training management systems. Your athletes don't need to switch devices.

HaloPro continuously correlates biometric signals, HRV trends, sleep architecture, resting heart rate, skin temperature, against each athlete's personal baseline. When multiple markers deviate simultaneously, HaloSight flags the risk and recommends a training load adjustment, typically days before symptoms appear.

HaloScape is HIPAA and GDPR compliant, with ISO 27001 (information security), ISO 27701 (privacy), and ISO 13485 (medical devices) certification. All athlete data is encrypted at rest and in transit. Consent-based sharing means athletes control exactly what their coaching and medical staff can see.

Most professional clubs are fully operational within weeks. Athletes download HaloScape, connect their existing wearables, and data starts flowing into HaloSight immediately. No hardware purchases required to get started.

No. HaloPro pulls from the devices and systems they already use. The value is in unifying what's already there, not adding another layer of hardware.

Yes. The platform includes cycle-aware intelligence for women athletes, adaptive algorithms for wheelchair-using athletes, and growth-phase baselines for academy players. Different bodies get different models.

Four streams. Wearable data, HRV, VO2 max, sleep stages, skin temperature, resting heart rate and training load from every major device. Clinical assessments, musculoskeletal screening, range-of-motion tests, FMS scores and injury history, digitised and correlated with daily biometrics. Biochemical data, blood panels, hormone levels, vitamins, minerals and inflammatory markers. Performance testing, lactate threshold, sprint benchmarks and strength testing, cross-referenced with recovery and readiness.

Yes. HaloPro goes beyond objective wearable biometrics with two-way communication and subjective scoring. Through the HaloScape app, athletes answer short daily questions, perceived exertion, sleep quality, fatigue, mood, and care teams cross-reference that feedback with objective biometric data for a genuinely holistic read on readiness.

Yes. Force plate metrics, jump tests, sprint benchmarks, strength profiling and physiological assessments are logged directly into the platform. HaloPro correlates those benchmarks with daily biometrics, recovery metrics and training load, giving your staff a longitudinal view of athlete development and physical capacity.

A single at-a-glance readiness indicator in the athlete app, combining every biometric the platform holds against that athlete's own baseline. In HaloSight your staff see the same score alongside the individual factors that produced it, ACWR, sleep debt, HRV trend, resting heart rate, so every number can be traced back to the markers that moved.

Five model families run continuously against each athlete's personal baseline: HRV trend analysis (autonomic readiness and stress adaptation), resting heart rate deviation (early fatigue or illness), sleep architecture (deep, REM and light stages correlated with next-day performance), skin temperature variation (inflammatory response, illness onset, overtraining) and cumulative load (strain accumulation and recovery windows). A flag is raised when several deviate at once, not on a single reading.

Athletes get HaloScape: all-in-one health tracking, their daily Halo Score, personal recovery insights, sleep architecture analysis and training load optimisation. Care teams get HaloSight: the complete athlete health picture, a team-wide risk dashboard, individual deep-dives, automated training load adjustments and early pattern recognition. Same data, two purpose-built views, and athletes control what is shared through consent-based access.

Yes. HaloPro closes the traditional gap between performance and medicine by serving as a unified Athlete Monitoring System and Electronic Medical Record. Coaching and sports science staff track daily workload, GPS metrics and readiness, while physicians, physiotherapists and medical staff document clinical notes, injury history, treatments and return-to-play clearance, one compliant, role-based ecosystem.

That split is the problem HaloPro was built for. Fragmented data across wearables, medical records and coaching tools means patterns get missed and recovery decisions get made on partial information. HaloSight gives both departments one risk-stratified view, with role-based access so clinical detail stays with clinicians while coaches still see availability and load. Physicians, physiotherapists and dietitians work inside the same team record.

No. HaloPro turns recovery from a guess into a protocol, but every flag is explainable and every decision stays with your staff. The platform shows the factors that drove a recommendation, which markers moved, by how much, over how many days, so your physician or physiotherapist can agree, adjust or overrule it. It is decision support, not an automated diagnosis.

Female sprinter mid-stride against a dark wall, focused intensity

Your team's next season starts with better data.

See how HaloPro works in real-time.

Operational immediately for most professional clubs.

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