A global leader in radiation safety and medical science needed to enhance monitoring across multiple radiation-sensitive facilities. Their existing systems faced several critical limitations:

• Difficulties in real-time monitoring of worker exposure.
• Lack of centralized data access for decision-making and compliance.
• Inefficient health monitoring of critical equipment.
• Delayed alerts, which limited rapid responses to hazardous exposure events.

We developed a modern, cloud-native solution to provide end-to-end visibility and control:

• Cloud-Integrated IoT Platform: Built on Azure Cloud and PostgreSQL, this platform enables scalable storage and processing of radiation exposure data, with seamless ingestion from Instadose devices into a unified cloud dashboard.
• Real-Time Monitoring & Visualization: We developed cloud dashboards for daily exposure tracking and incorporated AI-driven anomaly detection to flag abnormal radiation events instantly.
• Automated Alerts & Compliance Reporting: The system uses cloud-hosted automation to trigger instant notifications when exposure thresholds are crossed and provides both historical and live data records for compliance.

The platform transformed the client's safety and maintenance operations, delivering significant improvements.

• ⚡ 99.9% uptime for all radiation monitoring dashboards.
• 📊 Improved worker safety with real-time alerts, reducing incident response time by 60%.
• 🔄 Centralized data access, which enabled predictive maintenance of monitoring devices.
• 📈 A scalable solution that was deployed across multiple factories with minimal reconfiguration.

• ☁️ Azure Cloud: For scalable infrastructure, IoT data ingestion, and analytics.
• 🐘 PostgreSQL: For structured data storage and high-performance queries.
• 🖥️ Custom IoT Gateway: For seamless device-to-cloud integration.
• 🔐 Cloud Security Controls: To ensure compliance with safety and data protection standards.

By leveraging the power of Cloud and IoT, the client transitioned from a reactive monitoring posture to a proactive safety management strategy. The solution not only ensured compliance and improved worker safety but also provided a future-ready digital foundation for their mission-critical radiation monitoring operations.