Surgeryclinician context
Recovery credential network
The body record athletes keep for every comeback.
Movement Identity turns injuries, surgery, rehab, training, readiness, testing, and return-to-work context into a person-owned Recovery Passport. Athletes keep the record. Clinicians, PTs, teams, trainers, agents, and facilities receive scoped, source-labeled credentials for review.
Person-owned PassportRecovery CredentialsScoped accessClinician-directed guardrails
Movement ID
MI-REC-2026
4 credentials · 8 sources · 6 access passes
Owner
Athlete
Movement IDidentity anchor
Passportowned timeline
Credentialepisode proof
Access Passscoped view
imaging / assessment · sprint + strength evidenceReady
surgical context · PT + gait + check-insReview
speed, strength, workload, readinessActive
functional evidence · approved handoffScoped
ID
permanent record
Passport
shareable view
Access
scoped pass
The trust architecture
The Passport makes recovery data worth keeping.
MI is not asking every doctor, PT, team, trainer, school, or facility to abandon their systems. It gives the person one source-labeled body record and turns each important episode into a credential that can be shared safely.
Clinician-directed. Athlete-owned. MI does not diagnose, prescribe, clear, auto-progress protocols, or replace clinician judgment.
Open Recovery Credentials 
Live recovery memoryTraining, rehab, clinical context, and performance proof in one source-labeled record.
Trusted sources
PT notessession review
Apple Healthphone baseline
Force / GPSperformance proof
Videomovement review
Readinesssource labeled
Movement IDMI-OWNED-2026
Owned8 sources · 6 Access Passes · audit on
01Baseline createdathlete-owned
02Sources attachedconfidence labeled
03Access grantedscoped review
04Review loggedaudit trail
Scoped access
Expires, revokes, and records who opened what.
Why it becomes infrastructure
One record every stakeholder wants to plug into.
The product has to feel unavoidable because each participant gets a real job done: athletes keep the record, clinics and facilities package progress, clinicians review context, teams reduce blind spots, and families or agents see controlled proof without taking over the private file.
Why this exists
Built from the athlete who had to reconstruct recovery from memory.
Serious injuries create a record across surgeons, PTs, trainers, teams, imaging, testing, phone data, and memory. The problem is not that data does not exist. The problem is that nobody owns the full recovery story when the next clinical or career decision depends on it.
Clinical design partner path
Public story. Private clinical review.
MI can reference clinical categories and workflows publicly, while individual surgeon or clinic names stay private until there is explicit permission. The pilot asks clinicians to shape the guardrails before real PHI or live patient workflows.
Request pilot reviewStart here
One path: report, credentials, proof, pilot.
A first-time visitor should understand the product in one flow: see the readiness report, understand the recovery credential network, review the proof, then request a small observational pilot.
Clinician-directed. Athlete-owned. MI does not diagnose, prescribe, clear, or replace clinician judgment.
01See the readiness report
A source-labeled weekly view with confidence, uncertainty, and clinician review prompts.
Open sample report →02Understand the credentialEvery injury, strain, surgery, training block, or return-to-work case becomes a person-owned evidence packet.
Open credentials →03Review the recovery proofA demo-safe case study showing why surgery-aware recovery memory matters between visits.
Open case study →04Request a pilotA small observational workflow with opt-in athletes, no PHI through public forms, and clinician-directed guardrails.
Start pilot intake →How it works
Recovery signals become clinician-ready early-warning context.
The product feels like infrastructure when every signal keeps its source, confidence, uncertainty, permission, and review state.
Plain-English product model
Movement Identity is not another fitness app, EMR, or portal.
It is the Recovery Passport and credential layer between existing systems. The Passport keeps the record person-owned; credentials give authorized reviewers a cleaner way to inspect what changed.
Movement Identity turns meaningful injury, surgery, rehab, training, and return-to-work episodes into source-labeled credentials owned by the person.
The Passport organizes PT notes, Apple Health, force plates, GPS, video, strength, speed, clinician context, and review notes into one timeline with source labels and permissions.
Surgeons, PTs, teams, trainers, agents, schools, and performance staff get scoped views with purpose, expiration, revocation, and an audit trail.
MI organizes recovery context for review. It does not diagnose, prescribe, clear participation, auto-progress protocols, or replace clinician judgment.
WHY PEOPLE NEED IT
Every serious athlete already has a body history. Almost nobody owns it.
The Passport is for the moments that can change opportunity: surgery consults, PT handoffs, transfer intake, combine prep, contract questions, and return-to-performance review.
Athlete benefit
Walk into every room with the proof.
Instead of screenshots, memory, and scattered portals, the athlete carries one source-labeled timeline for what happened, what changed, what was reviewed, and who can see it.
Protect opportunity
Contracts, scholarships, tryouts, insurance conversations, and roster decisions need credible context, not vague recovery claims.
Make care handoffs faster
Doctors, PTs, trainers, and teams can review the permitted view without chasing files or asking the athlete to retell everything.
Keep control
Share by role and purpose. Set expiration. Revoke access. See the audit trail when someone opens the Passport.
WHO BENEFITS
Everyone around the athlete has a reason to want the Passport.
Movement Identity helps each stakeholder save time, protect value, reduce uncertainty, or create a better service without taking control of the athlete's full private record.
Clinician-directed. Athlete-owned. MI does not diagnose, prescribe, clear, or replace clinician judgment.
Athletes
Stop losing your story
Carry injury, surgery, rehab, testing, readiness, medication/TUE, and training history across teams, schools, clinics, and career moves.
Doctors + PTs
Review the context faster
See the permitted timeline, sources, restrictions, and open questions before wasting visit time reconstructing the past.
Agents
Protect client value
Use a clean, scoped proof packet when recovery status affects contracts, workouts, guarantees, insurance, or team interest.
Teams
Reduce blind spots
Review only the granted availability and performance context without pulling uncontrolled private medical data into team systems.
Training groups
Sell measurable progress
Turn strength, speed, force, workload, and consistency into a premium progress record members can keep.
Parents + families
Understand the plan
Track what was shared, what changed, what is uncertain, and when the care team should review next.
Where MI fits
Not another portal. The owned record between every system.
Canada already has clinic software, imaging portals, wearables, force plates, team systems, and training apps. The missing layer is the athlete-owned Movement ID that connects the fragments without forcing everyone into one vendor.
OwnThe athlete keeps the longitudinal body record.
ConnectExisting systems become sources, not replacements.
ShareDoctors, PTs, teams, trainers, and agents get scoped views.
RememberRecovery and performance context compounds over time.
MI gives the athlete a portable recovery Passport they can grant across clinicians, PTs, teams, and trainers.
MI turns surgery, imaging references, rehab notes, symptoms, and objective data into one source-labeled timeline.
MI protects athlete ownership and creates permissioned views when the athlete changes teams, schools, or staff.
MI preserves the context, confidence, source, review status, and access rights around each performance signal.
MI turns progress into a premium Passport members can keep, share, and use beyond one facility.
MI becomes recovery memory: what happened, what changed, what was shared, and what needs clinician review.
DEFINING A NEW CATEGORY
The unowned layer in sports is athlete body-data consent.
Passport
A longitudinal body record that travels across schools, clubs, clinics, teams, and careers
Consent ledger
Purpose, role, categories, expiration, revocation, and access history for every share
Trusted views
Surgeons, PTs, teams, trainers, agents, and performance staff see only the granted scope
The first wedge is the injured athlete's Movement Passport. The expansion path is the athlete-owned data trust network for recovery, performance, medication/TUE documentation, and clinically reviewed sharing.
The gap is obvious.
Athlete data lives everywhere. The Passport makes it useful without making it uncontrolled.
TODAY — WITHOUT MOVEMENT IDENTITY
✕
Surgery details sit in one system while PT notes live somewhere else✕
Apple Health, force plate, GPS, and video files never become one timeline✕
Athletes carry screenshots instead of a trusted longitudinal body record✕
Teams and clinicians make review calls from different fragments✕
Agents and performance staff cannot see a scoped, source-labeled view✕
Recovery history disappears when the athlete changes teams or clinicsWITH MOVEMENT IDENTITY
✓
Surgery, rehab, performance, phone, and video data become one trusted timeline✓
The athlete grants scoped access by role, purpose, and expiration✓
Clinicians keep protocol authority and see the recovery context in one place✓
Teams and trainers get useful performance context without uncontrolled medical detail✓
Every report carries source labels, confidence, and clinical safety language✓
The recovery record compounds into the athlete's permanent Passport
One Passport.
Every trusted recovery credential.
Scores and reports are decision support inside a broader person-owned Passport: source-labeled data, confidence, uncertainty, role permissions, and clinician review.
10s
to structure an op note
Clinical Recovery Context
Surgery, restrictions, PT notes, symptoms, and protocol phase stay attached to the athlete timeline for clinician review.
30s
daily check-in
Daily Body Signal
Apple Health, phone gait, check-ins, sleep, walking dose, video, and readiness create continuity between visits.
100%
personal, not generic
Performance Baseline
Catapult/GPS, force plate, speed, strength, workload, and testing history keep the athlete anchored to their own baseline.
THE WORKFLOW
From injury or surgery to review-ready credential
1
Create the anchor
The episode starts from surgery context, imaging, clinical assessment, or a testing baseline.
Start
2
Structure the evidence
Sources, restrictions, uncertainty, and review state are organized without making medical decisions.
Instant
3
Track what changes
Check-ins, PT notes, training, gait, video, strength, speed, and readiness update the timeline.
Ongoing
4
Share the credential
The owner grants a scoped view for the clinician, PT, team, trainer, agent, facility, school, or work handoff.
Controlled
FOR SURGEONS
See the recovery between visits.
MI Score — source-backed recovery review index
A dashboard that turns post-op chaos into organized context. Red means review the source data. Green means no immediate review flag. Your staff sees the routine signals; clinicians make the decisions.
Patient dashboard
Every patient, one screen
Outcome learning
Pilot data designed for review
Protocol library
Your rehab, digitized
Billing review
Only after compliance review
PATIENT PANEL — MI SCORES
Patient A — Achilles Repair
Week 18
91%
Patient B — Bilateral Ankle
Week 13
74%
Patient C — Achilles + FHL
Week 17
58%
Patient D — Ankle Arthroscopy
Week 12
88%
Patient E — Achilles Repair
Week 22
95%
FOR PHYSICAL THERAPISTS
Know what the surgeon found.
Before the patient walks in.
No more calling the surgeon's office to ask about restrictions. No more guessing at the protocol. Open the patient's file — the surgical findings, the clinician-directed protocol, the current phase, and every daily check-in are right there.
Surgical context on screen
See what was found in the OR
Protocol with exact restrictions
The surgeon's specific instructions
RTM billing ($100+/patient/mo)
New revenue from codes 98975-98981
Session notes that count
Auto-documents RTM clinical time
AI cross-validates your findings
Compares your measurements to daily data
Referral network priority
MI Certified PTs get surgeon referrals
PT SESSION VIEW
MI
Patient — Bilateral Ankle Scope
Week 6 Post-Op | Phase 2: Subacute
On Track
FROM THE SURGEON
Grade 1 chondral changes (R), Grade 1-2 (L)
Large osteophytes removed bilaterally
Left ankle had more pathology — expect asymmetric recovery
NWB × 2 weeks ✓ | PWB week 2-4 ✓ | FWB week 4-6 (current)
SESSION LOG — PT RECORDS EVERY EXERCISE
| Exercise | Sets | Reps | L | R | LSI | Quality |
|---|---|---|---|---|---|---|
| Wall DF stretch | 3 | 30s | 10° | 14° | 71% | Good |
| SL balance | 3 | 30s | 22s | 30s | 73% | Fair |
| Calf raises (bilat) | 3 | 15 | 12 | 15 | 80% | Good |
| Banded dorsiflexion | 3 | 12 | 8° | 12° | 67% | Watch |
180 reps
Total volume
42 min
Session time
73%
Avg LSI
2/10
Pain during
PT note: "Left ankle DF lagging as expected. Compensating with early heel rise on left calf raises. Added banded DF mobility. Will reassess next session. No resisted inversion until week 8."
5-10
athletes in first pilot
small, opt-in, observational, and clinically reviewed
30-90
days of recovery signal
enough to test check-in behavior and handoff value
4
source types to start
surgery context, PT notes, check-ins, and performance baseline
0
clearance claims
MI supports review; clinicians make progression decisions
FOR TEAMS
Reduce uncertainty in every return-to-activity decision.
Return-to-activity discussions often rely on fragmented follow-up data. MI makes the evidence easier to review: surgical findings, daily movement data, source labels, uncertainty, and the athlete's own performance baseline in one scoped view.
Pilot
designed to measure fewer blind spots
not a published outcome claim yet
Trend
baseline-to-current comparison
force, speed, workload, symptoms, and notes
Scoped
team view without uncontrolled records
athlete grants the specific access
Review
supports return-to-activity discussion
surgeon + team see the same source labels
🛡️
Availability context
Every injured player can have a scoped recovery view: readiness trends, milestone context, and review flags. Regardless of which surgeon operated or where the athlete is rehabbing.
📊
Pre-injury baseline comparison
Catapult GPS data and force plate testing from healthy seasons become the recovery target. Track against THEIR numbers, not generic benchmarks.
🔗
The shared recovery record
Surgeon, PT, athletic trainer, performance staff, and team physician can see the same granted context. Fewer conflicting conversations based on different information.
💰
Contract and insurance context
Permissioned recovery reports can help organize opportunity conversations without turning private body data into uncontrolled files.
THE SHARED RECOVERY RECORD
Surgeon
Operative findings, readiness score, outcome benchmarks
Physical Therapist
Surgical context, protocol, daily data, session workload
Athletic Trainer
Force plate data, Catapult metrics, readiness trend
Performance Staff
Baseline comparison, movement quality, workload tolerance
Team Physician
Medical summary, readiness score, activity review prompt
The Athlete
Daily progress, milestone tracker, next review milestone
One patient. Six perspectives. One record.
Everyone sees what they need. No one sees what they shouldn't.
INTEGRATIONS
Works with your existing systems.
Catapult
GPS / Wearable
VALD ForceDecks
Force Plates
Hawkin Dynamics
Force Plates
Sparta Science
Movement Analysis
Epic EHR
Medical Records
Curvebeam AI
Imaging / CT
CSV import for any system. API available for custom integrations.
BUILT FOR CLINICAL TRUST
Athlete-owned does not mean medically loose.
The athlete owns the Passport. Clinicians remain responsible for diagnosis, treatment, protocol changes, and return decisions.
Privacy-Ready Architecture
Designed for encrypted storage, role-based access, audit trails, and production legal/security review before real PHI.
FHIR-Aligned Data Model
Designed to map Passport events, clinical context, and audit metadata toward standard healthcare data workflows.
Evidence-Based
Recovery summaries must cite sources, show confidence, preserve uncertainty, and route progression-sensitive questions to clinicians.
Privacy review path
256-bit Encryption
Athlete-Controlled Access
FHIR-aligned roadmap
BAA review path
The recovery and performance memory layer athletes should not lose.
Athletes train, get hurt, recover, transfer, and return across different teams, clinics, devices, and staff. Movement Identity gives that body history a trusted place to live without replacing clinician judgment.
MI
One timeline. One passport. Every stakeholder.
Athlete-owned data. Clinical review. Scoped sharing.
Start with the Athlete Movement Passport.
Founder athletes, training groups, PTs, clinics, teams, and Canada recovery partners can help define the trusted record before it expands across orthopedic populations.
Open serious pilot intake