VR Exposure Therapy & Relaxation System

Prescriptions and scheduling

Patient-linked prescriptions

Link the patient record, attending clinician, training plan and assigned headset so the plan and its execution can be reviewed together.

Activities and execution parameters

Sequence breathing, nature relaxation and exposure activities. Configure duration, repetitions and level, with an overview of the total session time.

Scheduling and task delivery

Set planned sessions, frequency, start date and location, then deliver the selected environment and execution parameters to the assigned headset.

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Device overview, screen viewing and HRV

Device cards and screen viewing

Find devices by online, active, idle, offline or loan status. Cards show battery, patient association, current content and progress, with a direct action to view the headset screen.

Bluetooth HRV integration

Scan, select and connect the sensor, read its data, and display HRV as RMSSD in milliseconds alongside connection status. Readings are associated with the current session.

Two-way communication and records

WebSocket and JSON messages carry launch commands and training parameters to the headset, and return device status, current environment, progress and session records. Loaned devices retain their own loan, return and last-sync information.

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The deployed clinician application is a Windows client on the customer’s local network. The two clinician visuals above are reconstructed views of the project workflow.

Home therapy management

Patient workspace

Bring today’s plan, activity entry points, accumulated training time, the calendar and past sessions into one patient workspace.

Device and data connections

Show the PICO identifier, battery and HIS connection alongside sensor status and RMSSD readings. Organize records by patient, device and session.

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Lounge and session orchestration

Clinic and home entry points

In clinic mode, wait for the clinician’s assigned task; in home mode, enter available activities through the panel. The lounge provides a familiar place for instructions and the start and end of each session.

Scene orchestration and recording

Receive the environment, level, duration and repetitions, then handle launch, completion and return to the hub. Store start and end times, duration and process data locally as JSON, and upload when the connection is available.

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Contamination exposure environments

Lower intensity · living room

Observe and teleport around a tidy but unsanitized living room, touch furniture and pick up a book or cup to complete initial contact tasks.

Intermediate intensity · kitchen

Food residue, dirty worktops, unwashed dishes and standing water increase the visible contamination. Picking up rotten fruit adds a more direct contact task.

Higher intensity · bathroom

Stained fixtures, scattered waste and insect sounds create a more intense setting. The participant teleports next to the toilet, observes it up close and picks up the toilet brush.

Interaction feedback and response prevention

Virtual hands, object grabbing and controller vibration provide feedback. Timed tasks that delay washing, text prompts and audio guidance structure the exposure and response prevention (ERP) workflow.

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Social anxiety exposure environments

Lower pressure · campus encounters

Students arrive and wave, nod or smile. Selecting an NPC makes the character turn toward the participant and respond through gaze, expression, movement and a greeting.

Intermediate pressure · public speaking

Pick up the microphone and address an audience. Attentive listening, side conversations, noise and desk tapping create different degrees of distraction and audience feedback.

Higher pressure · examination room

The sequence moves from students arriving and the teacher explaining the rules to paper distribution, the bell and the task itself. The participant handles the pen and paper while the teacher patrols and other students remain present.

Dynamic NPC responses and guidance

Scripted rules organize character actions and responses, including audience reactions linked to physiological monitoring parameters. Text, voice and breathing guidance support the sequence, while screen viewing and HRV records provide the clinician with session context.

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