Starting with "Unobtrusive"
Monitoring usually means contact — patches, straps, probes, wires wound around the body.
For many real-world settings, that's exactly the problem: older adults don't want to wear devices to sleep, patients recovering from surgery find straps awkward when turning over in bed, and people with limited mobility resist the feeling of being "wrapped up" in equipment.
The starting point of the Vital Signs Monitoring and Management Platform is a 24GHz millimeter-wave radar — no wearable device, no skin contact required — that continuously captures heart rate, respiration, and body movement, and detects whether a person is in or out of bed. Data is uploaded in real time over WiFi/MQTT, with zero intrusion throughout.
That's only the capability at the hardware layer. What actually determines whether this can be deployed in hospitals, senior care facilities, or home care settings is the management layer sitting on top of it — it's what determines whether dozens or even hundreds of monitored individuals can be managed effectively by a single person, and whether the data can be understood and put to real use.
One Screen, Managing Every Monitored Subject
Open the Central Monitoring Center and every monitored bed appears on a single screen: bed number, name, heart rate, respiration, blood oxygen, and body temperature, refreshed in real time on individual cards, with small trend charts showing whether each value is rising or falling. A statistics bar at the top — total devices, online devices, offline devices, devices needing attention — means administrators don't have to check devices one by one; abnormal beds stand out at a glance.
Permission management is tiered: super administrator, administrator, and standard user roles, with each account able to be scoped down to "view only specific devices." A hospital nurses' station, a senior care facility's zone-based management, and a family member's home-care account can all run on the same system with permissions assigned as needed, rather than everyone seeing all the data.
Flexible, Configurable Deployment
The platform supports flexible deployment, letting you choose the deployment approach that fits your needs, without having to change your existing IT infrastructure to accommodate the platform.
Not Just "Right Now" — "The Full History" Too
Real-time values are only the first layer. Every monitored subject has its own historical data analysis page: trend curves for heart rate, respiration, blood oxygen, and temperature over 24 hours or multiple days, paired with hourly average/maximum/minimum statistics tables, so administrators and clinical staff can clearly see whether a given metric is persistently abnormal or just an occasional fluctuation. Any point on the curve can be expanded to view the exact reading at that moment — the data isn't a rough approximation, it's precise down to the minute.
Automatic Alerts for Anomalies, No One Has to Watch the Screen
Viewing the data is just the first step. The platform also has a built-in automatic alert mechanism: abnormal heart rate or respiration readings trigger a proactive alert. For senior care and home care scenarios specifically, there are also dedicated "irregular routine" and "out of bed overnight" alerts — for example, if an older adult gets up at night and doesn't return to bed for an extended period, the system immediately notifies caregivers. No one needs to watch the screen around the clock, and anomalies won't slip through unnoticed.
AI Health Analysis, Providing Supplementary Reference
The platform has built-in AI health analysis: choose a data range of "the last 5 minutes" or "the last 60 minutes," and the system automatically organizes the monitoring data to generate a structured analysis report — including basic information such as device ID, monitored individual, time range, and number of data points, along with a written interpretation of overall health status, for example whether heart rate has been persistently elevated, whether breathing is steady, or whether further attention is needed.
It's worth noting that this capability provides supplementary reference, intended to help clinical and care staff more quickly catch abnormal signals in the data — it is not a substitute for professional medical diagnosis. Analysis reports can be saved directly for later review or record-keeping.
Web-Based Access, Anytime, No Installation Needed
Beyond the large-screen view for administrators, the platform is presented as a web application: it can be opened directly in a browser on both mobile and desktop devices, with no separate app download or installation required. Clinical staff, caregivers, and family members can pick up right where they left off on a different device, staying informed of any changes in a monitored subject's status right away.
Reports You Can Not Only View, But Export and Share on Demand
Historical monitoring reports can be viewed directly on the "Report Management" page, with download and archiving also supported. For users with more advanced needs, the platform offers a premium report export add-on service, supporting formats such as PDF and Excel — convenient for integrating with medical record systems, compiling reports, or communicating with family members.
An Expanding Device Ecosystem
The platform isn't tied to a single piece of hardware. Beyond the radar terminal that serves as its core sensing device, wearable devices such as continuous thermometers, continuous blood oxygen monitors, continuous heart rate monitors, and continuous respiration rate monitors can also connect to the platform, complementing the radar data to form a more complete vital signs monitoring ecosystem. It will continue to be compatible with more types of health monitoring devices going forward.
From a single invisible radar to a complete, clearly visible management system — the Vital Signs Monitoring and Management Platform turns "staying informed at all times" into something that doesn't disturb anyone.
