AI Health Agent at the Network Edge
Real-time patient telemetry, remote diagnostics, and predictive triage delivered over private 5G — reducing critical care response times and enabling hospital-grade monitoring beyond the ward.
Talk to an ExpertHospital-Grade Intelligence, Anywhere
Traditional patient monitoring is tethered to fixed infrastructure — wired sensors, centralised servers, and manual alert workflows. OranSense Health Agent moves the intelligence to the network edge, processing vital signs, imaging data, and environmental telemetry in real time over a private 5G fabric.
The AI model runs directly on edge compute co-located with the RAN, ensuring patient data never traverses a public network. Clinicians receive predictive alerts before deterioration events, and remote specialists can access live diagnostic streams with sub-10ms latency.
Key Capabilities
Continuous Vital Sign Monitoring
Wearable sensors stream ECG, SpO2, blood pressure, and temperature over 5G. AI models detect anomalies and trend deviations in real time, alerting care teams before clinical deterioration.
Predictive Triage AI
Machine learning models trained on clinical datasets predict patient deterioration up to 60 minutes in advance. Prioritise ED triage queues and ICU escalations automatically.
Remote Diagnostics Streaming
High-resolution imaging and ultrasound streams delivered to remote specialists over private 5G with sub-10ms latency. Enable expert consultation without patient transport.
Edge Data Sovereignty
All AI inference runs on-premises at the hospital edge. Patient data never leaves the facility network — meeting HIPAA, GDPR, and NHS data residency requirements by design.
Asset & Staff Tracking
RF sensing locates medical equipment, staff, and patients in real time across the facility. Reduce equipment search time and optimise care team deployment.
Remote Surgery & Haptic Teleoperation
Sub-1ms deterministic 5G slices enable robotic surgical systems to be operated by specialists from any location. Haptic feedback loops and AI motion stabilisation ensure precision equivalent to bedside procedures.