This Datos IoT case study covers the end-to-end design and implementation of a centralized, networked Fire Alarm System (FAS) for a leading telecommunications company in the UAE. The project involved unifying fire detection and real-time monitoring across 14 distributed facilities in Abu Dhabi, Dubai, and the Northern Emirates into a single command center.
The study details the technical integration of addressable field devices and control panels with critical building systems—such as HVAC shutdown, elevator recall, and Public Address (PA) systems—using automated “Cause & Effect” logic. By bridging legacy hardware with modern enterprise-grade architecture, the implementation achieved 100% centralized alarm visibility and enhanced life safety protection without disrupting mission-critical telecom operations.
This Case Study Covers:
Centralized Integration: Deployment of a unified, networked Fire Alarm System (FAS) across 14 buildings in Abu Dhabi, Dubai, and the Northern Emirates.
System Architecture: Design and implementation of an addressable platform using Main Control Panels (FACP-1) and Repeater Panels (FACP-2).
Inter-System Connectivity: Integration with Building Management Systems (BMS) and third-party systems via BACnet and Modbus TCP protocols.
Automated Emergency Response: Execution of “Cause & Effect” logic for HVAC shutdown, elevator recall, and Public Address (PA) system activation.
Legacy Hardware Handling: Strategies for upgrading and integrating legacy fire panels with modern, secure networked architectures.
Mission-Critical Execution: Methodology for installing fire-rated cabling and field devices in live telecom environments without operational downtime.
Regulatory Compliance: Adherence to strict life safety standards and coordination for Civil Defence inspections and approvals.
Operational Results: Achievements in reducing false alarms and establishing 100% real-time alarm visibility from a central command center.
