IoT Remote Monitoring Solution to Enable Workforce Safety Through Wearable Hi-Tech
Empowering Safety of First Responders via Real-Time Monitoring of High-Volume Data, powered by comprehensive IoT remote monitoring solution.
At a Glance
This case study highlights the solution developed for a client specializing in Occupational Health & safety using wearable technology.
Azilen engaged on modernization of a IoT remote monitoring solution that helps saving lives of First responders & High-Risk workers by telemetric monitoring of health vitals devices including chest belts, smart armbands.
The solution was enhanced with larger monitoring capabilities of key vitals like heart rate, respiratory rate, body temperature, activity and fall alerts.
Key Highlights
Heat stress protection with monitoring
Real-time tracking of health vitals
Hydration prompts with auto reminder
Compliance with ACGIH heat stress guidelines
Data analytics and customized safety alerts
Devices Configurations & Provisioning
Challenges
- Algorithmic Accuracy in Health Monitoring
- Compliance with Occupational Health Standards
- Data Security and Privacy in Remote Monitoring
- Latency in Data Transmission & Processing
- Multi-platform: Windows, MacOS, Android, iOS
- Personalization of Health Monitoring Thresholds
About Client
The client is a leader in wearable health technology providing vitals monitoring solutions through regulatory approvals such as FDA 510k, Intrinsic Safety, and US Military devices across various high-risk industries.
Safety Monitoring
Industry
Wearable Tech
Domain
Europe
Location
How we helped?
We have Implemented a Remote Monitoring Software for health & safety monitoring by synchronizing sensor data via USB/BLE with live data monitoring, to mitigate health risks & tech debt clearance ensuring clinical-grade biometric insights.
44+
Countries global reach.
125
Devices supported in real-time.
20+
Full time FTEs (Achieved Operational Excellence)
The Solution
IoT remote monitoring solution is a wearable technology-based, high-performance, multi-platform application ecosystem tailored for industries such as emergency response, oil and gas, and military operations & which is designed to align with HSQE (Health, Safety, Quality, and Environment) standards, the solution meets global compliances.
Workforce operating in extreme environments for e.g. First Responders or Army soldiers use these devices for continuous monitoring of vital signs, enabling early detection of heat stress, dehydration, and other physiological risks. This ensures mission readiness, safety, and optimal performance under challenging conditions.
The transition from a reactive to a proactive safety approach ensures timely interventions and improved workforce resilience.
Below are some of the key solution highlights:
1. Sensor-Based Wearable Armband
Real-Time Health Tracking
➡️ Industrial-grade armband with biometric & environmental sensors.
➡️ Monitors body temperature, HRV, and skin temperature.
➡️ Transmits data via BLE for continuous monitoring.
➡️ Alerts minimize response time during emergencies.
➡️ Assesses ambient temperature and humidity.
As the safety monitoring solution exemplifies how advanced wearable technology and software integration are transforming workforce safety. By leveraging data-driven insights and proactive health monitoring, organizations can address complex safety challenges while enhancing operational efficiency.
2. Mobile Application (BLE-Enabled)
The mobile app provides a user-friendly dashboard for workers, offering real-time insights into their current physiological state with color-coded safety indicators. This intuitive design minimizes distractions, providing only essential information on exertion, hydration, and recovery status.
Worker-Focused Interface
➡️ User-friendly app with real-time physiological insights for subjects.
BLE for Remote Use
➡️ Provides live monitoring without internet dependency.
3. Multi-Layered Alert Mechanism
Customizable Thresholds and Alerts
➡️ Configurable thresholds for heat and hydration metrics
➡️ Aligns with health standards and individual baseline
➡️ Based on environment situation Work Rest policies
➡️ Alerts via haptics, audio, mobile notifications, and supervisor escalation
➡️ Allows threshold adjustments during intense work periods
4. Cloud-Based Web Application
The Cloud Based web application analyzes health trends over time, providing insights into individual and team performance. Predictive alerts based on historical data help prevent common exertion patterns that lead to heat stress or other health incidents.
Predictive Analytics and Trend Monitoring:
➡️ Uses machine learning for health trend analysis and alerts.
Detailed Reporting and Insights:
➡️ Stores long-term data for trend reporting and audits.
➡️ Wet Bulb Temperature thresholds & configurations for heat risk assessment.
➡️ Leveraged ThingsBoard for compatibility & support with on-premises and cloud services.
5. Windows Desktop Application
The Windows-based application serves as the primary configuration and management portal, where administrators can set safety parameters, manage firmware updates, and perform batch data downloads.
Administrative Interface and Configuration Control
➡️ It serves as the primary configuration and management portal.
➡️ Administrators can set safety parameters, manage firmware updates.
Data Extraction and Reporting
➡️ USB connectivity enables easy data extraction and reporting.
Local Control in Connectivity-Limited Areas
➡️ Operates independently through cloud in restricted connectivity areas.
API Layer for Third-Party Integration
Seamless Data Integration:
➡️ Integrates with third-party workforce safety systems.
Enhanced Safety Ecosystem:
➡️ Enables safety tracking across operational domains.
Talk to Our
Consultants
Chat with
Our Experts
Write us
an Email
