For physical therapy and rehabilitation
SCANETO is developed so patients can perform their exercises and rehabilitation at home — using the camera on their own phone — while clinicians receive clinical insights into movement quality in return. No suits, sensors, or specialized hardware.
“The majority are not performing home-exercises correctly two weeks after their initial instruction”
Developed
for clinicians
Clinically
grounded
Best
in class
SCANETO vs. the market
Capability
SCANETO
Fitness apps
Generic rehab platforms
Movement quality score
Patient profile-based analysis
Validated against gold standard
EU MDR Class IIa — Application Fulfilled
Runs from patient's own phone
Closed AI environment (IBM watsonx) — no ChatGPT/Claude
Compensation pattern detection
Gamification for patient (streaks, quality score)
Based on publicly available product documentation · June 2026
Three core pillars
01
Patients exercise at home using the camera on their phone — no external equipment required — and the clinician receives clinical insight into movement quality in return. We do not replace physical therapists; we extend their reach into the patient's home and open home exercise's black box.
02
Our analysis is rooted in peer-reviewed research and validated against the laboratory gold standard for movement analysis. It is not a fitness feature — it is a clinical instrument.
03
SCANETO incorporates the individual patient's profile into the analysis. Two patients performing the same exercise will not receive the same evaluation, because their bodies, diagnoses, history, and goals are not identical.
Patient motivation
A physical therapist's best program doesn't help anyone if the patient never completes it. That is why SCANETO is designed with patient motivation at its center — using game mechanics familiar from digital habits, translated into a clinical context.
01
Daily streaks build habits. Patients can see their consistency — and breaking it comes with a cost.
02
Every session earns a clinical quality score that patients understand. It is not just 'completed' — it is 'how well'.
03
Progress is made visible through points, badges, and milestones tied to the patient's rehabilitation goals.
“first clinical evidence that on-device AI pose estimation enables facility-independent resistance training”
Differentiation
Most rehabilitation doesn't happen in the clinic — it happens at home, between consultations. And historically, physical therapists have been blind to what happens there. Once patients walk out the door, visibility vanishes: Are they exercising? Are they doing it correctly? Is movement improving or worsening? Home exercise has always been a black box.
At home with the patient
Patients train using the camera on their phone; the physical therapist sees how things are actually going and can adjust treatment based on objective data.
Clinical evaluation
Other apps count repetitions and remind patients to exercise. SCANETO evaluates movement quality, making home exercise an integral part of treatment.
“No studies assessed ... quality of exercise (accuracy of movement)”
AI foundation
Readily available, general language models — such as ChatGPT or Claude — are built for breadth, not clinical precision. They hallucinate, their responses are not reproducible, and their training data is neither curated nor traceable to clinical evidence. That is unacceptable in a medical instrument.
Instead, SCANETO runs in a controlled, closed AI environment on IBM watsonx — with curated clinical datasets, deterministic output, full traceability, and the data security required by the healthcare sector. This is what makes SCANETO a clinically grounded device, not a chatbot.
Closed AI environment. No unknown models. No data leaks.
Every assessment is traceable to clinical evidence and curated datasets.
Enterprise foundation for AI in healthcare — built for compliance.
Technology partner
We capture details and data points that no other market player detects. Clinics, healthcare platforms, and equipment manufacturers can partner with SCANETO to build their own practitioner solutions on a clinically precise movement engine.