24/7
Continuous monitoring capability
eHEALTH-PLATFORM
Remote health monitoring with real operational impact.
A complete digital platform for the collection, analysis and management of vital health parameters through smart devices and IoT technologies.
Heart Rate
Blood Oxygen
Body Temperature
Real-time Alerts
IoT
Smart device connectivity with the platform
Alerts
Timely notifications for critical deviations
RBAC
Role-based user and access management
Introduction & Scope
A modern, human-centered digital care ecosystem.
The digital transformation of healthcare is a key pillar for the sustainable development of health systems and the improvement of citizens’ quality of life. The eHEALTH-PLATFORM is designed as an integrated digital system that supports continuous, reliable and remote health monitoring.
The project includes a central management platform, supporting subsystems and smart devices for collecting vital parameters such as heart rate, blood oxygen levels and body temperature, with the aim of enabling early detection of critical incidents and better coordination of actions.
Early Detection
Identification of deviations from normal values through smart devices and algorithmic processing.
Immediate Notification
Real-time updates to authorized users, organizations, caregivers and healthcare professionals.
Coordinated Response
Decision support and action coordination for the management of high-priority incidents.
Smart Devices
Devices that turn measurement into immediate digital insight.
Biometric data collection devices act as a critical link between the end user and the central platform, enabling accurate acquisition and transmission of health data.
Collection of Multiple Biometric Indicators
Measurement of key vital parameters through a single device designed for everyday use.
More than a thermometer
Full view of your heart, lungs, & temperature at home or on the go. Tracking key health indicators, like these, can potentially help address various health needs.
Non-invasive Usage
A user-friendly way to capture measurements, suitable for all age groups.
Clinically validated technology
Developed with the help of leading cardiologists and has been thoroughly tested against several reference devices to ensure best-in-class blood pressure accuracy.
ScanWatch
A full breakdown of your vital metrics ensures that your body is in peak shape, providing you with an understanding of your health fluctuations and offering suggestions to improve for the days ahead.
Your heart’s hidden rhythm
Overnight Heart Rate Varaibility (HRV) tracking measures the time between each heartbeat—Supercharging our exclusive Vitalité Indicator, to help assess your nights and daily recovery.
Sleep Analyzer
Sleep Analyzer provides clinically validated sleep apnea detection. It has been tested and compared with a clinical polysomnograph.
Ultra-thin
The world's first under-mattress sleep sensor with revolutionary features: sleep apnea detection, snore detection, sleep analysis, and heart rate monitoring.
How it Works
From measurement to decision-making in four sequential steps.
Data Capture
Smart devices collect vital health parameters from the end user.
VitalsPlatform Transmission
The data is securely transmitted to the central management infrastructure.
IoT SyncAnalysis & Evaluation
Algorithms and configurable thresholds identify deviations from normal values.
AI RulesAlert & Action
Authorized users are immediately informed to take the necessary actions.
Alerts
Vital data capture
Measurements are collected in real time from the smart device.
Secure data transmission
Data is transmitted securely to the platform’s cloud infrastructure.
Data analysis
The system evaluates measurements and detects anomalies.
Instant alerts
Users receive alerts in real time for immediate action.
Core Platform Capabilities
Designed for operational readiness and effective incident management.
Alert Visualization
Display of alerts on both map and list views for rapid situational awareness.
Risk Categorization
Management of risk indicators and incident statuses through configurable logic.
Incident History
Maintenance of a complete alert and action history for review and traceability.
Statistics & Charts
Decision support through analytics, visualizations and monitoring KPIs.
User Management
Role-based access system with permissions and defined responsibility levels.
Device Management
Configuration of alert thresholds per device and per monitored user.
Dashboard Mockup
A centralized operational view for alerts, incidents and vital data.
The eHEALTH-PLATFORM brings together incident monitoring, risk evaluation and decision support in a single unified environment for authorized users.
Active Alerts
12
3 high priority
Connected Devices
248
IoT monitoring enabled
Open Cases
37
under active monitoring
Avg. Response
4m
response time
Notifications Trend
Last 7 daysCritical Alert
HighGT
Patient #A-204
Possible deviation in heart rate and SpO₂.
Heart Rate124 bpm
SpO₂89%
Temp37.8°C
Geo Notifications
Live map layerRecent Activity
System feed- 09:41 New high-risk alert recorded.
- 09:37 Device-118 synchronized successfully.
- 09:28 Operator-03 updated case status to “In Progress”.
- 09:12 The algorithm detected a deviation in body temperature.
Case Study / Use Scenario
How eHEALTH-PLATFORM is used in practice.
The platform is designed to support different user profiles, with the goal of enabling timely intervention, remote monitoring and improved quality of life.
Scenario 01
Support for an elderly person through remote monitoring
An elderly user living alone is monitored through a smart device, which collects key vital parameters and sends them to the platform.
1
The device captures heart rate, SpO₂ and temperature measurements.
2
The system detects a possible deviation from normal thresholds.
3
An alert is generated and the responsible operator or caregiver is notified.
4
The action is recorded and the appropriate intervention is initiated.
High Priority Alert
Deviation in heart rate / SpO₂
Heart Rate118 bpm
SpO₂90%
Temp37.5°C
Scenario 02
Monitoring a person with a chronic condition requiring continuous supervision
The platform enables continuous monitoring of users with chronic conditions, facilitating early detection of deterioration and better incident management.
1
Measurements are periodically transmitted from the device to the platform.
2
Trends and deviations are evaluated based on configurable thresholds.
3
Healthcare professionals have a complete view of the historical data.
4
Timely decision-making is supported to help prevent deterioration.
Monitoring Event
Gradual change in measurements over the last 24 hours
Beneficiaries & Impact
Focused on protecting and strengthening the sense of safety.
Beneficiary Users
Elderly people, individuals with chronic conditions, people living alone and, more generally, users requiring regular or intensive medical supervision.
Authorized System Users
Caregivers, healthcare professionals, public and private health organizations, as well as local government bodies.
Expected Benefits
Reduction of hospitalizations and emergency incidents, decongestion of healthcare structures and more effective timely intervention.
Guardian Telematics
Technology identity focused on monitoring infrastructure and connected services.
The project highlights a modern health-tech approach with a strong footprint in telematics, device connectivity, remote monitoring and support for operational workflows.
Project Information
Implementation and funding details.
Project Title
eHEALTH-PLATFORM
Total Budget
1,200,000 €
EU Funding
602,750 €
Implementing Body
Information Society