Our backup system sends a separate status email for every job, which adds up to roughly 30–50 messages each day. I currently scroll through all of them every morning to make sure nothing failed.
The more advanced monitoring products that consolidate these results seem to require their own server or additional infrastructure, which feels excessive for a basic requirement: alert me when a backup needs attention.
For teams running backups in-house rather than as an MSP, what approach works best? Do you rely on email rules, daily summaries, a monitoring tool, or something else? And how do you make sure the checks still happen when the person who normally reviews them is away?
4 Answers
A lightweight monitoring service or dashboard can centralize the results without requiring a large monitoring deployment. The useful features are clear status reporting, alerts when a job fails, and a separate alert when a job has not reported a result for a defined period. Whatever method you choose, route alerts to a shared process so coverage continues when the usual reviewer is out.
A simple mail rule can work surprisingly well. File normal success messages automatically, leave failures and warnings in the inbox, and forward those to a shared mailbox or ticketing system. That gives the whole team visibility instead of depending on one person’s inbox.
The usual approach is to switch to exception-based alerting: successful jobs go into a folder or appear in one daily summary, while failures, warnings, missed runs, and repeated problems stay in the inbox or create tickets. Fifty success emails do not provide much more value than one message saying everything completed normally.
If you can automate a little, schedule a daily query or report against the backup system and group the results by failed, warning, missed, and successful. Put the important states first and compare the number of jobs reported with the number expected to run. This catches jobs that were skipped or disabled, which email filtering alone may miss.
Make sure disabled jobs are covered too. A job that was turned off will not generate a failure alert, so the monitoring should also check that every expected job actually ran.