Context
RecoveryVR operated in healthcare technology, using virtual reality to support therapy experiences across rehabilitation, pain management and mental health use cases.
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Case study / RecoveryVR
Web app workflows for VR-enabled therapy support.
RecoveryVR needed a web application layer that could support a VR therapy product with clearer clinician-facing workflows. MT Software helped structure a web app companion designed to connect VR session activity with review, documentation, reporting and operational handoff.
System overview
Healthcare model
RecoveryVR flow from VR activity to clinical handoff
Input
VR therapy activity
Session context and activity from the VR product create the starting point for the web workflow.
Review
Clinician workflow
The web layer gives clinical users a clearer path to review activity, session context and progress signals.
Handoff
Notes and reports
Structured outputs support documentation, reporting and operational handoff around the therapy process.
System-level workflow representation showing how VR activity, clinical review and reporting handoff connect.
Overview
From engaging VR therapy to clinician-ready workflow visibility.
RecoveryVR needed to support a therapy experience that was engaging for patients while also making session information more useful for clinical review and reporting expectations.
Challenge
The VR experience could improve engagement, but clinicians needed a stronger web workflow for measurement, reporting, documentation and practical decision support.
Solution
MT Software structured a web application companion that could communicate with the VR app and organize session activity into review, reporting and handoff pathways.
Outcome snapshot
A clearer bridge between VR sessions and clinical operations.
The case focuses on structural outcomes: connecting VR activity to web review, supporting clinician-facing workflows and shaping a practical reporting handoff model.
Workflow connection
Therapy activity from the VR product was framed as input for a clinician-facing web application layer.
Review pathway
Session context and progress signals were organized around a clearer path for clinical review and follow-up.
Handoff model
The workflow was shaped to support documentation, reporting and operational handoff beyond the VR session itself.
Solution design
A web companion designed around clinical clarity and data flow.
The solution focused on turning VR therapy activity into information clinicians could access, review and use within a broader operational workflow.
VR app communication
The web layer was structured to receive and work with therapy activity coming from the VR product.
Clinician review
Clinical users needed a practical interface for reviewing session context, progress signals and therapy activity.
Reporting handoff
The workflow organized information so it could support notes, reports and downstream operational use.
Healthcare UX
The interface direction prioritized clarity, low friction and a structured path from activity to clinical action.
Workflow model
A system-level view of VR therapy activity and clinical review.
The visual model shows how activity from the VR experience can move through a web review layer into notes, reports and operational handoff.
Clinical workflow
VR session review and reporting.
Session data
VR activity becomes structured input for clinician-facing review.
The web layer gives the therapy experience a clearer operational context beyond the headset.
Clinical handoff
Review outputs support notes, reports and downstream workflows.
Structured outputs help clinicians move from activity review toward documentation and reporting.
Delivery path
A practical delivery sequence for a healthcare web companion.
The work moved from workflow mapping to VR communication modelling, clinician-facing interface structure and reporting handoff planning.
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Phase 01
Therapy workflow mapping
Map the VR therapy context, user roles, session flow, clinical review needs and reporting constraints.
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Phase 02
VR-to-web data model
Structure how therapy activity from the VR app could be represented and handled inside the web application.
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Phase 03
Clinician interface structure
Organize review screens, session context, progress visibility and practical paths toward documentation.
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Phase 04
Reporting and handoff model
Shape the workflow around notes, reports, PMS-ready handoff concepts and operational clarity for clinical teams.
Technical direction
Technical structure for VR-connected healthcare workflows.
The technical direction focused on a web application layer that could support VR app communication, clinician review, healthcare reporting workflows and integration-ready data handoff.
Healthcare UX
VR app data
Web workflow
Clinical review
Reporting UX
Data handoff
Project takeaway
“The value of the work was not only supporting a VR therapy experience, but turning therapy activity into a workflow clinicians could review, document and act on.”
