Movement analysis apps for clinicians: a 2026 buyer's guide
The main types of objective movement analysis tools — smartphone video, 3D camera systems, sensors and lab capture — what to ask vendors, and the options in each category, described from each vendor's own website.
Key points
- Five tool types. Smartphone/tablet markerless video apps, dedicated 3D markerless camera systems, wearable or connected sensors (IMUs, force plates, dynamometers), manual video-review apps, and laboratory marker-based motion capture.
- Start from the tests you run. Pick the tool that captures your actual assessments — gait speed, Timed Up & Go, sit-to-stand, balance, range of motion — not the longest feature list.
- Ask for measure-specific validation. Evidence for markerless video is strongest for spatiotemporal gait measures; joint angles need more caution. Ask what each product was compared against.
- Hardware and workflow decide adoption. A tool that runs on devices you already own, and writes results into documentation, is more likely to be used at every visit.
- Check the commercial fit. Home/remote capture for RTM, a Business Associate Agreement, and whether pricing scales per clinician, per patient or per device.
Last reviewed: October 2026.
The five types of movement analysis tools
Smartphone & tablet markerless video
Computer vision estimates body landmarks from ordinary video, so there is nothing to attach to the patient. Low setup cost and portable to the bedside or home; accuracy depends on camera placement and standardized capture. See what markerless motion capture is.
Dedicated 3D markerless systems
Purpose-built camera rigs, tablets on tripods or portable kits that capture in three dimensions in a set space. Typically richer joint-level data in exchange for dedicated equipment and floor space.
Wearable & connected sensors
Inertial sensors (IMUs), force plates, dynamometers and connected goniometers measure motion, force or strength directly. Excellent for kinetics and continuous data; they must be placed, charged and synced. See smartphone vs. wearables.
Video review & lab motion capture
At one end, apps for slow-motion and frame-by-frame review where the clinician does the analysis by eye. At the other, laboratory marker-based capture — the research reference standard, but rarely practical for routine visits.
Seven questions to ask every vendor
- What was it validated against, and for which measures? A study showing good agreement for gait speed does not establish accuracy for joint angles or tremor. Ask for peer-reviewed comparisons with a laboratory reference for the measures you will document. Our evidence & validation page summarizes the published research on markerless, video-based analysis.
- Which standard clinical tests does it support? Match the tool to the assessments you already run and report. Our guide to movement assessment tests explains how each is run and read.
- What hardware and space does it need? A phone or tablet you own, a dedicated camera system and room, or sensors that must be worn, charged and synced — this largely decides whether measurement happens at every visit.
- How do results reach documentation? Ask about report formats, EMR/EHR integration or export, and how a reviewer would see a trend across visits.
- Can patients capture at home? Remote Therapeutic Monitoring requires data collected between visits. Check whether the tool supports home capture and the data-day and time rules in our RTM CPT code reference.
- How is patient data protected? Ask whether the vendor will sign a Business Associate Agreement and how video and movement data are stored, encrypted and access-controlled.
- How does pricing scale? Per clinician, per patient, per device or per site changes the cost of growing a caseload. Ask for the full price, including hardware and onboarding.
For a side-by-side of smartphone capture, lab motion capture and wearable sensors as approaches, see how Kinetically compares.
Movement analysis tools clinicians ask about
Listed by category, not ranked. Descriptions of other products are drawn from each vendor's own website as reviewed in October 2026; check with the vendor for current details.
| Tool | Category & hardware | Primary use | Setting | Learn more |
|---|---|---|---|---|
| Kinetically | Smartphone / tablet camera, markerlessThe smartphones and tablets a clinic already has; no wearables, markers, mats or force plates | Gait, balance and mobility tests (TUG, gait speed, sit-to-stand, postural sway, Berg items), range of motion, tremor, bradykinesiaBilled per clinician, not per patient. HIPAA-aligned by design; BAA available | Clinic, bedside, and guided home re-tests | Product overview |
| OneStep | Smartphone carried by the patient“the smartphone your patient already carries - no extra sensors”; the phone goes in a pocket | Gait and mobility; fall risk, balance and surgical recovery | Everyday life (“real-world gait analysis”); lists a remote therapeutic monitoring solution | onestep.co (opens vendor site) |
| Exer (Exer AI) | Phone, tablet or webcam camera, markerlessApps “running on any mobile device (phone, tablet, webcam)”; no sensors or wearables | Musculoskeletal: major joints, hand and wrist, fall prevention, neurology; gait analysis in betaStates it is an “FDA Class II Medical Device (software)” | In-clinic, telehealth, or at-home | exer.ai (opens vendor site) |
| Model Health | Smartphone video, 3D markerlessSmartphone video; states it is “built on the foundations of OpenCap” | 3D movement analysis for rehabilitation, sport performance and research; SDK for developers | Clinic, performance and research settings | modelhealth.io (opens vendor site) |
| True Motus | Phone video, markerless“Just a phone and a subject in motion”; no wearables or markers | Gait and motion kinematics for performance, rehabilitation and research | Performance, clinic, research and the field | truemotus.com (opens vendor site) |
| Ochy | Smartphone / tablet video, markerlessA short side and back video filmed on a smartphone or tablet | Running gait and running form | Indoors or outdoors; runners, coaches and medical professionals | ochy.io (opens vendor site) |
| Kinetisense | iPad-based 3D markerless systemAn iPad on a tripod (“Available on Desktop and iPad Pro”) | Joint range of motion (“over 40 joint ROM movements”), movement screens, fall-risk conversations | “Clinics, clubs and health systems”; orthopedic, performance and enterprise use | kinetisense.com (opens vendor site) |
| VALD HumanTrak | Portable 3D markerless systemA “portable, plug-and-play system” with the app pre-installed on an included laptop | Single- and multi-joint movement assessment with automatic left-vs-right detection | In the clinic or on the road | valdhealth.com (opens vendor site) |
| DARI Motion | Dedicated markerless motion-capture systemA capture space running DARI’s system, which “builds on the power of Captury’s motion capture software” | Full-body kinematics and kinetics, range of motion, balance; return-to-play and rehab trackingStates it is FDA-cleared | Healthcare, sport performance and wellness | darimotion.com (opens vendor site) |
| Kinvent | Connected sensors (force plates, dynamometers, goniometer)Connected force plates, handheld dynamometer, grip sensor, connected goniometer and more | Strength, balance and mobility; jump and return-to-sport testing | Rehabilitation, sport performance and research | kinvent.com (opens vendor site) |
| Onform | Video coaching app (manual review)A mobile device; optional fixed multi-camera studio setup | Sport technique review — slow motion, frame-by-frame, drawing tools and voiceovers | Training facilities, outdoors and remote coaching | onform.com (opens vendor site) |
Regulatory notes appear only where the vendor's own website states a status. Absence of a note means this guide makes no statement either way. Product names are trademarks of their respective owners; inclusion does not imply endorsement or affiliation.
Where Kinetically fits. Kinetically is a smartphone and tablet markerless app built around the standardized tests clinicians already run — Timed Up & Go, gait speed, sit-to-stand, postural sway, range of motion, tremor and bradykinesia — captured the same way at every visit and at home, with results that flow into documentation. It is priced per clinician (see pricing), is HIPAA-aligned by design with a BAA available (security & compliance), and supports rather than replaces clinical judgment. If you need force or strength data, a sensor or force-plate tool measures what a camera cannot; if you need research-grade kinetics, a laboratory remains the reference.
Quick answers
What types of movement analysis tools are available to clinicians?
Five broad types: smartphone or tablet apps that analyze ordinary video without markers; dedicated 3D markerless camera systems set up in a clinic or capture space; wearable or connected sensors such as inertial sensors, force plates and dynamometers; manual video-review apps where the clinician annotates footage; and laboratory marker-based motion capture, the research reference standard.
Can a smartphone app measure gait accurately enough for clinical use?
Peer-reviewed studies show that markerless, video-based analysis generally agrees well with laboratory systems for spatiotemporal gait measures such as speed and step length, while some joint-angle measures call for more caution. Accuracy depends on the measure, camera placement and how standardized the capture is, so ask each vendor for validation of the specific measures you plan to use.
What should I ask a movement analysis vendor before buying?
Ask what the tool was validated against and for which measures, which standard clinical tests it supports, what hardware and space it needs, how results reach your documentation or EMR, whether it supports remote or home capture for RTM workflows, whether it will sign a Business Associate Agreement, and whether pricing is per clinician, per patient or per device.
Do I need special hardware for markerless motion capture?
It depends on the product. Some tools run on a phone or tablet you already own; others are dedicated systems with their own cameras, computer or capture space. Sensor-based tools need the sensors themselves, and laboratory systems need multiple calibrated cameras and reflective markers.
How does this guide handle regulatory and validation claims?
It notes a regulatory status only where a vendor states one on its own website, with a link. It makes no regulatory claim for Kinetically: Kinetically provides objective movement metrics intended to support, not replace, clinical judgment. The research behind smartphone movement analysis is summarized on our evidence page.
How is Kinetically priced?
Kinetically offers a 15-day free trial of the full product, a Professional plan at $29 per clinician per month or $249 per clinician per year, and a custom Enterprise plan. It is billed per clinician, not per patient.
Last reviewed: October 2026. This guide is educational and is not medical, legal or purchasing advice. Cite as: Kinetically, Inc. "Movement analysis apps for clinicians: a 2026 buyer's guide." kinetically.ai, 2026.
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