CloudFire Fire System Monitoring Platform

CloudFire is a cloud-based fire alarm monitoring system developed by Inim Electronics. It allows engineers and building managers to monitor fire detection, sprinkler and suppression systems remotely through a secure online platform.

CloudFire connects compatible fire system control panels to a secure cloud environment. Once connected, alarms, faults and system events are transmitted to the platform in real time, allowing engineers or responsible persons to see system activity instantly and respond when necessary.

A fire alarm monitoring system is a platform that continuously tracks the status of fire detection and alarm equipment. It records alarms, system faults and maintenance activity while alerting responsible personnel when issues occur. Monitoring platforms help ensure fire systems remain operational and compliant between inspections.

CloudFire is used by fire engineers, installers, facilities managers and responsible persons responsible for maintaining fire protection systems. The platform is particularly valuable for organisations managing multiple buildings where continuous oversight of fire alarm systems is required.

Yes. The platform was designed to monitor fire alarm systems across single buildings, multi-site organisations or large infrastructure portfolios.

Multiple sites can be connected to the same CloudFire environment, allowing engineers to view alarms, faults and system activity from one central dashboard. This is particularly useful for property groups, healthcare estates, universities or commercial building portfolios.

CloudFire can monitor a wide range of integrated fire protection technologies. This includes fire detection systems, fire alarm systems, sprinkler systems and fire suppression systems connected through compatible interfaces.

Because these systems are monitored through the same platform, engineers gain a clearer picture of overall fire system performance.

The CloudFire App provides mobile access to the CloudFire monitoring platform. Engineers and responsible persons can view live system status, receive alerts and review event logs directly from their phone or tablet.

This allows fire system activity to be monitored even when users are away from the building or working across multiple sites.

When an alarm activates or a fault occurs, CloudFire immediately sends notifications to authorised users. Instead of waiting for a routine inspection or manual report, engineers can see the event as it happens and begin investigating.

Earlier awareness means issues can be addressed more quickly, helping maintain system reliability.

CloudFire automatically records system activity including alarms, faults, inspections and maintenance events. These records create a digital history of system performance that can be reviewed during inspections or regulatory audits.

Maintaining accurate records is an important part of demonstrating that fire protection systems are being monitored and maintained properly.

The “Powered by Inim CloudFire” mark identifies third-party fire protection technologies that have been tested and verified to integrate with the CloudFire platform.

Products within this ecosystem allow detection systems, sprinkler technologies and suppression systems to be monitored together within one connected fire system environment.

Remote monitoring allows engineers to review alarms, system faults and maintenance activity without always travelling to site. Many issues can be diagnosed remotely before deciding whether a physical visit is required.

This can save time for maintenance teams while helping ensure that fire alarm systems remain continuously monitored.

Large buildings often contain multiple fire protection systems operating across different areas of the site. Monitoring these systems manually can be time-consuming and difficult to manage.

CloudFire provides a centralised monitoring platform that allows engineers and facilities teams to maintain real-time visibility of fire alarm systems, sprinkler systems and suppression technologies across complex environments.