Clinical certainty.
Strengthen every movement-based decision.
Clinical examination identifies movement impairment. Moviq Health adds objective, population-referenced biomechanical evidence that quantifies deficits, measures recovery, and supports more confident clinical decisions.
| Previously | Moviq Health |
|---|---|
| Observation without numbers | Standardized measurement |
| No reference standard | Population norm comparison |
| Single snapshot in time | Longitudinal tracking |
| Impairment estimated | Deficit quantified |
| Recovery judged by feel | Measured change over time |
Medicine measures.
Movement deserves the same standard.
| Clinical question | Objective test | Decision supported |
|---|---|---|
Is there infection, anemia, or metabolic dysfunction? |
Blood panel |
Diagnose disease and guide treatment. |
Is there a fracture, tear, or structural injury? |
X-ray / MRI |
Determine surgical or conservative management. |
Is cardiac function impaired? |
ECG |
Detect abnormalities and guide cardiac care. |
Is bone density reduced? |
DEXA scan |
Quantify fracture risk and initiate treatment. |
Is pulmonary function impaired? |
Spirometry |
Diagnose and stage respiratory disease. |
Is vestibular function impaired? |
VNG |
Identify vestibular dysfunction and guide rehabilitation. |
Is movement or function impaired? |
Clinical Biomechanics |
Quantify functional deficits and monitor recovery. |
Better evidence.
Better decisions.
| Clinical impression | What biomechanics found |
|---|---|
| Pain-free Full ROM Hop Test LSI 92% | Relative Peak Force 11.2 N/kg (ref ≥11.5) Symmetry Index 14% (ref ≤10) LOS Total Area 286 cm² (ref ≥370) |
| Clinical impression | What biomechanics found |
|---|---|
| Independent ambulation No reported falls TUG 12.6 seconds | Gait Speed 0.94 m/s (ref ≥1.00) Double Stance 34% (ref ≤30) mCTSIB Foam Surface 89 cm (ref ≤50) |
| Clinical impression | What biomechanics found |
|---|---|
| Patient reports pain reduction Improved endurance KOOS 80% | Gait Speed 0.82 → 0.96 m/s (ref ≥1.00) Peak Power 23 → 27 W/kg (ref ≥35) Symmetry Index 15 → 8% (ref ≤10) |
| Clinical impression | What biomechanics found |
|---|---|
| Patient reports "doing okay" Independently ambulatory | Gait Speed 1.07 → 0.97 m/s (ref ≥1.00) Cadence 112 → 101 spm (ref ≥100) Stride Length 1329 → 1064 mm (ref ≥1150) |
Order. Measure. Receive.
Without leaving your EMR.
Submit a referral from your EMR.
Use your normal ordering workflow, the same way you order labs or imaging. No new systems, no new process for your team.
Patient visits Moviq Health.
Standardized biomechanical testing performed by trained personnel using motion capture, force plates, and posturography.
A DPT reviews and prepares your report.
A Doctor of Physical Therapy compares findings with population reference values and prior testing, then writes a physician-ready clinical summary.
Report lands in the patient chart.
Objective findings — flagged variables, reference ranges, and clinical interpretation — delivered directly to your EHR within 24 hours.
Every specialty that depends
on how patients move.
Did we restore function, or only repair anatomy?
Quantify gait, force, and balance deficits relative to population norms to determine how severely function has been affected.
Determine whether functional recovery is progressing as expected or whether meaningful deficits persist despite successful surgery or symptom improvement.
Identify residual deficits before progression to unrestricted activity, discharge, return to work, or return to recreation.
Successful surgery restores anatomy. Successful recovery restores function.
Is the athlete ready, or simply symptom-free?
Determine whether strength, power, speed, and movement quality have returned to the demands of sport.
Identify asymmetries and performance deficits that persist despite pain resolution and satisfactory clinical examination.
Support return-to-sport decisions with objective evidence rather than symptoms, time from injury, or clinical impression alone.
Elite sport stopped relying on observation. Measurement became the standard.
Is this decline, recovery, or normal variability?
Determine whether function is improving, remaining stable, or deteriorating over time.
Distinguish true neurologic change from normal day-to-day variability or subjective perception.
Determine whether medications, rehabilitation, or procedural interventions are producing measurable improvements in function.
The neurological examination captures a moment in time. Measurement reveals the trajectory.
Which patients are beginning to decline before the consequences become obvious?
Establish an objective understanding of mobility, balance, and walking performance to determine how much reserve a patient has before meaningful decline occurs.
Identify subtle changes in movement that may precede falls, hospitalization, disability, or loss of independence.
Quantify fall risk and functional vulnerability to guide preventive interventions and preserve long-term independence.
Annual physicals monitor health. Annual mobility monitoring preserves independence.
Is this true recovery or compensation?
Quantify how movement limitations affect real-world function and identify the specific impairments contributing to disability.
Determine whether functional improvements represent true recovery or the development of compensatory movement strategies.
Determine whether interventions are producing meaningful improvements in function and independence.
Symptoms describe how patients feel. Measurement documents what they can do.
How is the foot changing the entire kinetic chain?
Quantify loading pattern, weight distribution, and asymmetries that may contribute to pain, deformity progression, and impaired function.
Identify movement adaptations that develop in response to foot pathology and influence the ankle, knee, hip, and low back.
Determine whether orthotics, injections, surgery, or conservative care are producing meaningful improvements in function.
The foot is the foundation of movement. Small changes create large consequences.
Is the device restoring function or simply enabling movement?
Quantify how the orthosis or prosthesis changes gait, balance, loading, and functional mobility.
Identify movement asymmetries, compensatory strategies, and inefficiencies that may limit long-term function and comfort.
Guide alignment, component selection, and modifications using objective movement data.
A device changes function only if it changes movement.
Questions before you refer.
What most physicians want to know.
Three domains: gait (spatiotemporal variables via motion capture), force (ground reaction force and loading symmetry via force plates), and balance (postural sway and limits of stability via posturography). You can order one domain, two, or all three depending on the clinical question.
Order directly from your EHR using the same workflow you use for labs or imaging. Moviq Health connects via HL7 FHIR and is compatible with Epic, Cerner, Athenahealth, DrChrono, and most major EHR systems.
Reports are delivered to your EHR within 24 hours of the patient's visit. Each report includes flagged variables, reference ranges, and a written clinical interpretation — not raw data alone.
Any patient where movement function is part of the clinical question: post-surgical recovery, return-to-sport clearance, fall risk stratification, gait and balance disorders, or rehabilitation progress tracking. If observation alone isn't giving you a confident answer, that's a signal for referral.
Moviq Health operates on an annual partnership agreement with referring practices. In return, the assessment is provided to your patients at no cost to them, and we handle all scheduling directly — so there's no added workflow burden on your team.
Yes. Testing tasks are low-impact — walking, quiet standing, and basic stepping — and the protocol can be adapted to a patient's current recovery stage and mobility level, including patients using assistive devices.
Moviq Health is a diagnostic measurement service, not a treatment provider. We measure and report objective data with reference ranges — comparable to how a lab or imaging center operates. We do not treat, prescribe exercises, or provide rehabilitation.
The same instrumentation used in elite sport and biomechanics research: 3D motion capture, force plates, and computerized posturography. This is instrument-grade measurement, not consumer wearables or subjective scoring scales.
Reference ranges are drawn from published normative biomechanics literature, matched to the patient's age and sex where established norms exist. Flagged values indicate the patient falls outside the expected range — not a diagnosis, but a data point for your clinical interpretation.
Yes. Serial assessments are one of the highest-value use cases — they let you objectively track functional change across visits, rather than relying on patient-reported progress alone.
No. Moviq Health operates exclusively as a physician-ordered diagnostic service. Every assessment requires a referring physician's order before scheduling.
Schedule a 20-minute partner call with our clinical team. We'll review which of your patients are good candidates, walk through the EHR ordering workflow, and show you a sample report for your specialty.