Saned Reports 21% Growth In Aman Installation Requests During First Half Of 2025

Saned Integrated Facilities Management, a branch of Sharjah Asset Management, has reported a significant increase in the installation of Aman devices. In the first half of 2025, 886 devices were installed, and 972 new requests were received. This marks a 21% rise compared to the same timeframe in 2024.

The Aman system is designed to connect fire alarms directly to the General Directorate of Civil Defence's operation room and the Aman control centre. This setup ensures that alerts are sent immediately when a fire occurs, allowing for quick emergency response. The technology behind Aman can pinpoint the exact location of a fire and promptly inform emergency teams.

Eng. Hamid Al Zarouni, Managing Director of Saned Facilities Management, highlighted their ongoing efforts: "At Saned, we have been working for years to develop a smart and fully integrated early warning system, built on the latest international technologies for detecting fires and emergencies and responding to them in real time."

The demand for Aman systems is driven by collaboration between Saned, Sharjah Prevention and Safety Authority, and Sharjah Civil Defence. Their joint efforts aim to foster a stronger safety culture across Sharjah. Consequently, 11,620 facilities are now connected to the Aman system.

Al Zarouni further explained that Saned’s teams are focused on enhancing the protocols that support the Aman system. They aim to broaden its reach by incorporating advanced sensing technologies and data analysis tools. This integration will improve their capacity to predict risks and respond quickly.

The collaboration between these entities is crucial in promoting safety awareness throughout the Emirate. By working together, they ensure that more facilities benefit from this advanced fire detection system.

The continuous development of smart protocols within the Aman system demonstrates Saned's commitment to improving safety measures. By leveraging cutting-edge technology, they aim to provide rapid responses during emergencies.

With inputs from WAM