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In many clinical and prehospital settings, patient monitoring is still performed intermittently and manually across multiple disconnected systems. Vital signs are measured, recorded and interpreted at set intervals, which can result in critical changes being detected too late, particularly outside intensive care units.
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One system. Continuous insight.VITALDOCTOR addresses this issue by providing a wearable, wireless system for continuous multi-parameter monitoring. The system automatically captures relevant physiological signals and streams them in real time to a centralised dashboard, enabling the entire ward or unit to be monitored at a glance without adding to the workload of clinical staff.
Through continuous data acquisition and intelligent analysis, VITALDOCTOR enables the early detection of patient deterioration and provides medical personnel with clear, prioritised alerts. This allows for faster, better-informed clinical decisions, more efficient workflows and significantly improved patient safety. The result is a scalable, continuous monitoring solution.
The mobile interface gives healthcare professionals focused access to alarms and patient information. Staff can review events by priority, acknowledge alarms, and navigate directly to the relevant patient view without being tied to a workstation.
Active, acknowledged, and resolved alarms organised into clear views.
Staff can acknowledge alarms directly from the mobile interface.
Open the associated patient view and available monitoring data in one step.
Wearable measuring device with clinical accuracy for 24/7 vitals collection.
Real-time anomaly detection and risk scoring.
Intelligent prioritization for nursing staff.
All data is stored and can be retrieved at any time.
VITALDOCTOR isn’t just a wearable; it’s a professional medical tool designed to meet the demands of clinical wards, EMS and home care.
Crystal-clear cloud integration and local servers with synchronous data overlay for remote consults.
Set personalized alert parameters for chronic patients or specific post-op recovery stages.
Deep integration with major Electronic Health Record systems for seamless data flow.
Optimized interfaces for bedside tablets, nurse station monitors, and mobile apps.
Proprietary low-energy chips ensure 36+ hours of continuous monitoring on a single charge.
Dynamic status categorization supports the monitoring and management of an entire ward.