Health intelligence wearable
The supplier describes heart-rate, oxygen-saturation, HRV, activity and wellbeing information from supported wearable hardware.
TRUST connects care
Connected wearable monitoring and a cloud dashboard to help authorised care teams review physiological and activity information between visits.
WHO IT SUPPORTS
Built around specialist workflows.
Rehabilitation providers, eldercare, assisted-care organisations and remote-monitoring programmes.
CAPABILITIES TO ASSESS
- Standalone 4G data transmission from supported wearables
- Physiological and activity information in a central dashboard
- Manual SOS and configurable care-team alerts
- Patient-level trends and reporting
- GPS and geofencing where supported by selected hardware
How the workflow fits together
ILLUSTRATIVE WORKFLOW- Supported wearable
- Wearable connectivity
- Care-team dashboard
- Human-led response
Capabilities depend on the selected hardware, connectivity and deployment design. The platform supports agreed care workflows and does not replace professional assessment, supervision or emergency services. Deployment is subject to intended-use, regulatory and data requirements.
Product information summarised from TRUST’s published materials.
TRUST · SUPPLIER PLATFORM OVERVIEW
From wearable information to connected care
TRUST describes AI-assisted recovery support connecting behavioural and biometric insights with clinicians. Its platform spans enterprise wellbeing, elder care, rehabilitation and post-discharge support.
Location and safety workflows
Manual SOS, GPS and geofencing can feed configured alerts for designated caregivers or responders.
Care-team intelligence
Dashboards bring selected trends and behavioural context into clinician-linked review and recovery-support workflows.
Connectivity and integration
Published options include eSIM connectivity and API, MQTT and HTTPS integration. Confirm device, network and interface compatibility for each deployment.
Summarised from TRUST’s published product information. Reviewed 4 October 2026.
A signal moves through the care network
An example of how a wearable SOS can reach a responsible person. This animation is a process illustration, not a live patient feed.
- 01Start an SOS
A person presses the wearable’s assistance button.
- 02Share location
Supported location information reaches the platform.
- 03Review context
Relevant readings and trends help an authorised reviewer understand the alert.
- 04Notify a responder
The configured workflow notifies designated caregivers or responders.
- 05Continue follow-up
Teams review updated location and status under the agreed care plan.
Deployment scope, clinical suitability, consent, integrations and local requirements must be confirmed. Designed to support clinical judgement, not standalone diagnosis. Alerts do not guarantee a response or replace emergency services.
Different settings, a defined care workflow
Enterprise wellbeing
Consented wellbeing programmes and review of supported trends.
Elder care and assisted living
Shared visibility and named responsibilities for configured safety alerts.
Recovery and rehabilitation
The supplier describes clinician-linked addiction-recovery support, with activity and behavioural context for professional follow-up.
Post-discharge support
Defined monitoring periods and care-team follow-up between visits.
Connected care, in context.
Nine proposed use cases to shape a focused evaluation with your care team.
Care settings
Special needs & autism support
Support person-centred safety, location awareness and individual routines, with consent and attention to comfort. Behavioural insights require validation; this is not a diagnostic or treatment tool.
Eldercare & assisted living
Bring activity, location and shared trends into the care team’s view, with named alert responders. Fall alerts and response arrangements require validation within the selected deployment.
Inpatient wards
A proposed shared ward view of supported readings and configured changes for nurse review. Intended to complement established ward-monitoring systems and clinical assessment.
Post-discharge monitoring
Review selected trends and alerts between follow-ups under an agreed care plan. Define the monitoring period, responsibilities and any reminders within the programme’s scope.
Rehabilitation
Use activity and mobility trends to inform therapy reviews and personal goals. Recovery scores and clinical interpretation require validation before they inform care decisions.
Further applications
Recovery support
Explore routine and activity trends against personal goals, with consented visibility for the support team. These signals do not establish mood, stress or relapse.
Preventive wellbeing
Bring supported activity and sleep trends into conversations with care teams. Use them as context for wellbeing discussions, without disease-prediction or diagnosis claims.
Care-team workflows
Nurse-station monitoring
A proposed shared view of patient lists, readings and data freshness, with assigned alerts, acknowledgement, escalation and shift handover. Effectiveness depends on devices, connectivity, staffing and response arrangements.
Nursing workload & staff support
Evaluate whether shared views, prioritised alerts and clear ownership reduce duplicate work and improve handover. Benefits remain unproven; prevention of staff burnout has not been demonstrated.
Assess the fit for your healthcare use case
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