Alarm monitoring software sits at the detection layer of IT operations. It ingests events from your infrastructure — servers, networks, applications, cloud platforms — and surfaces those that require action. The challenge is that most environments generate far more alarms than any team can meaningfully respond to.
Volume is not the problem. Signal is.
Teams that complain about alarm fatigue aren't usually generating too many real incidents. They're generating too many low-value, duplicate, or maintenance-related alarms that obscure the ones that matter. The answer isn't to monitor less — it's to apply better filtering, deduplication, and correlation between detection and presentation.
Prioritisation and routing
Not all alarms are equal. A security breach, a storage system approaching capacity, and a routine process failure all generate alarms — but they demand very different responses. Good alarm monitoring software lets you define priority tiers and routing rules so critical alarms reach the right team immediately, while lower-priority events are queued or handled automatically.
"The alarm that wakes someone up at 3am should be the one that actually requires a human decision. Everything else should already be handled."
Suppression during maintenance
Planned maintenance generates predictable alarms. Without suppression rules, maintenance windows flood your alarm console and train engineers to ignore alerts — exactly the wrong habit to build. Your alarm platform should support scheduled suppression windows tied to specific entities or groups, so maintenance alarms never reach the console.
Cross-tool correlation
Infrastructure alarms rarely happen in isolation. A storage failure generates alarms from the storage system, the servers that depend on it, the applications running on those servers, and the cloud services those applications support. Without correlation, you see one event and its downstream cascade as dozens of separate alarms. With correlation, you see one incident — the storage failure — with its impact mapped automatically.
Where RightITnow ECM fits
RightITnow ECM applies deduplication, suppression, and correlation to alarm streams from SolarWinds, Nagios, Zabbix, Zenoss, Dynatrace, Datadog, Splunk, and cloud platforms. The result is a console that shows correlated incidents rather than raw alarms — with automated workflows that handle routine responses without engineer involvement.
Critical alarms route to the right team automatically. Maintenance alarms are suppressed on schedule. Cascading failures surface as a single root-cause incident, not a flood.