Detect disabled, isolated, or tampered fire alarm devices in real time, before they become a silent gap in your protection.
Because fire alarm components are often high up or in inaccessible spaces that are out of reach, manual monitoring of fire alarms can fail to capture tampering before a crisis occurs. Add to this the inability to catch intermittent fire alarm tampering, and there can be a lot of fire alarms that are not working as intended, but go completely unnoticed. It is very difficult to identify alarms that have been tampered with through a manual focused approach.
Even if a logbook states that all alarms are in full working order, that was only true the last time that fire safety equipment was checked.
Our solution converts your property’s fire alarm systems from a passive and reactive set of disconnected components into an active digital network that can be monitored in real-time from a single centralised dashboard. It provides immediate alerts as soon as any tampering is detected, and provides information on the exact room that has a fault, and what type of device has been affected.
To ensure fire safety compliance throughout your portfolio, Drax automatically creates a permanent, time-stamped, and unalterable digital logbook of all faults, tests, and tampers detected by the system. This helps to fulfil strict regulatory standards, and protect directors from corporate negligence liabilities.
The gap between paperwork compliance and actual protection is where serious liability lives. Inspection records can show a clean system while a disabled device sits undetected. Drax closes that gap by monitoring what's actually happening, not what's supposed to be happening.
The liability scenario you couldn't previously see, the silent gap between inspections, is now closed and evidenced. If a device was out of service, you can show exactly when, for how long, and when it was restored.
Catch a disabled device the day it happens, not at the next scheduled inspection. Know your protection is intact, and have the record to prove it.
Pinpoints the exact device and its location. Straight to the problem, with context — no system-wide investigation required.
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