XR care platform
XRHealth
An XR healthcare platform connecting immersive applications with clinician workflows and remote therapeutic services.
VRRehabilitationBehavioral health
Discover medical XR
Evidence and ecosystem, in one view.
Browse reviewed public metadata. Trust labels describe provenance—not clinical endorsement.
Reviewed metadata
Catalog
Search by clinical need, modality, organization, or use case. Every result shows its source and review state.
8 reviewed recordsOrganic results — sponsorship never changes ranking
University research program
Healthcare Biorobotics Lab: VR/AR, haptics and motor learning
Research exploring XR devices, haptics, motor learning, sensorimotor coordination, and medical-training applications.
VRARHapticsRehabilitationMedical education
Source reviewed
Clinical problem
Regaining arm function after stroke
Recovery needs many repetitions of movement that is difficult, tiring, and unrewarding to perform, so adherence and intensity both suffer.
VRRehabilitation
Clinical problem
Translating motor-learning research into therapy
Findings about how movement is relearned are well established in the laboratory and slow to reach the treatment room.
VRHapticsRehabilitationClinical research
Clinical problem
Supervising therapy that happens at home
Moving therapy into the home removes travel but also removes the clinician, leaving technique uncorrected and progress unmeasured.
MRVRRehabilitationRemote care
Immersive therapeutics company
Karuna Labs
Provider of a twelve-week chronic pain programme combining virtual reality with personalised behavioural coaching, aimed at restoring function.
VRPain managementRehabilitation
Neurotherapeutics company
MindMaze Therapeutics
Developer of neurorehabilitation systems combining immersive software, smart peripherals, and motion analytics for recovery after stroke and other neurological conditions.
VRScreen-basedRehabilitationNeurology
Source reviewed
Technical problem
No agreed dose for a VR therapy
Session length, weekly frequency and total course vary widely between VR trials, and the best-performing settings differ by outcome and population. Without a standard dose, studies are hard to compare and a product's labelled regimen is hard to justify.
VRRehabilitationNeurology
Source reviewedAI-assisted