An end-to-end occupational health system combining wearables, weak-network sync, AI risk alerts and lifetime health records. We replaced reactive checkups with continuous monitoring and early warnings — running across tens of thousands of employees, with billions of vitals data points and over a thousand alerts.
The client has decades of operational experience. Many of their staff work high-intensity, high-repetition, night-shift or outdoor jobs. Sub-clinical issues, chronic conditions, fatigue and mental stress had become real operational risks.
They wanted to use AI and IoT to monitor employee health in real time, build long-running health records, predict occupational disease risk, and cut accident rates at the source.
“An AI monitoring and alerting platform for long-term occupational health.”
Annual checkups and manual surveys can't deliver continuous monitoring. Early chronic issues are easy to miss and compound over time into disease, fatigue driving and sleep disorders.
Devices generate huge volumes, but formats are inconsistent, signals are noisy and sync is unreliable. Real-time analysis isn't possible, so most of the data never becomes a decision.
Outdoor, mobile and industrial zones have poor coverage. Sync lags, packets drop, uploads fail — and the completeness and credibility of the monitoring program collapses with it.
Heart rate, sleep, breathing and motion produce continuous time-series at scale. Storage and compute cost spirals quickly and legacy architectures can't keep up.
The hard part is turning health data into long-running, stable, analyzable management capability. So we combined wearables, IoT data capture, AI risk detection, big-data analytics and health records into a single closed loop.
Keep health data continuously online
Smartwatches, wristbands and IoT sensors continuously capture heart rate, breathing, sleep quality, activity, stress indicators and overnight vitals — full 24/7 coverage.
AI plus wearables is reshaping how health is managed —
“reactive medicine” → “proactive health management”.
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