Automated Backups & System Monitoring
Every backup job reports whether it ran – and a report that never arrives counts as a failure, not as quiet. One grid shows which system ran on which day, and when a restore was last proved.
Why a green backup report says little
Almost every company runs backups. The software works overnight, a report sits in a mailbox by breakfast, and within weeks nobody opens it: it has looked identical thirty mornings in a row. Only a red one would still register.
In the most common failure, no red one arrives. A backup can only speak while it is still running. When the service stops starting after an update, when a certificate lapses, when access to the target is cut, nothing arrives at all – and a mailbox cannot notice an absence. So the monitoring waits for the message it expects, not for one that reports a fault: every job gets a window, and a job that stays silent inside it counts as failed.
The second difficulty: a job that finished is not data you can get back. A run can end cleanly and still capture a database that moved underneath it, or a folder empty since the server was replaced. Both read as success. So instead of one traffic light we keep three proofs: every expected run happened, each was a plausible size, and somebody restored recently.
What gets monitored
We start with the jobs whose failure would cost the most. What comes after that is your call – each further job costs setup, but no new logic.
Server and VM backups
The usual start: result, run time and volume per job, against the days before.
Microsoft 365 and cloud services
A recycle bin will not return a mailbox as it stood on 3 March; only a backup service does.
Databases with a plausibility check
ERP and stock control: size checked against yesterday, logs checked for completeness.
Restore tests
A test brings back an agreed sample, not the server: one mailbox, one folder.
System health and reachability
Disk space, services, certificate expiry and external reachability share one alert rule.
Alert paths and on-call
Who is reached when, what waits until morning, when a phone rings.
Thirty days of backup status on one page
Example data from one project: five backups over thirty days, one tile per day. The costliest incident in it is the one where nothing arrived for three days.
8 Jul File server: 4:12 h, usually 1:30 h · 14–16 Jul Microsoft 365: no report, token expired · 18 Jul ERP: target full, repeated next day · 24 Jul Laptops: 3 of 14 offline
A draft, not a standard – you set times, recipients and escalation.
- Due by 07:00. No success report by then: the day counts as a failure.
- First alert. Ticket and IT-channel message, with the job, the error text and the last good run.
- Second day running. A call to the person you named for it.
- Announced maintenance. Suppresses the message, not the gap: the day stays in the grid as “no report”.
- Watchdog. If the monitoring goes quiet for an hour, an outside service raises the alarm.
The bottom row matters most and is the emptiest. One proven restore decides whether the 88 green tiles above are worth anything.
Grey does not mean “fine” but “not scheduled”. A row grey all month belongs to a system nobody backs up.
From inventory to a proven restore
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List what has to be backed up
We list servers, databases, mailboxes, shares and endpoints, then hold the list against the jobs that exist. The gap is half the finding.
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Set the window and the expected size
Each job gets a deadline for its report and a size we expect. Both come from recent runs, not the schedule on paper.
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Bring the signals together
Reports by email, API or webhook from Veeam, Synology, Microsoft 365 and your servers land in one workflow, reduced to job, result, duration, volume.
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Build the alert path and fire it
Ticket, channel message and phone call, staged by day and severity, suppressed during announced maintenance. Every path is fired for real before sign-off.
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Plan the restore and record the proof
A recurring test date with a log: what came back, how long it took, who checked it. The result becomes the bottom-row tile.
What changes day to day
Today
- The backup report lands in a mailbox nobody reads
- A job that never starts reports no failure either
- Nobody knows whether the new system is backed up
- Whether a restore works only shows during an incident
- A backup fails overnight and is noticed on Monday
With monitoring
- One grid, thirty days, one row per system
- A report that never arrives alerts like an error
- A system with no backup shows as a grey row
- The last proven restore is on record, with date
- The alert reaches a named person, not a mailbox
What monitoring does not do
Four points before we quote – the second argues against the project in a small environment:
- Monitoring backs nothing up. If there is no second copy off site, no immutable target, or no job at all for a system, you will see it plainly – seeing is not fixing. Expect the inventory to produce a second invoice: storage, licences, perhaps another backup product.
- Below roughly five jobs, do not buy this. Two servers and one Microsoft 365 tenant are covered by the vendors' own tools and one deliberate look a week. A grid of your own pays only once several tools run side by side.
- An alert with nobody on duty only moves the problem. A message at three in the morning helps only if somebody may act on it and is paid for the hour; otherwise the ignored email becomes an ignored channel. We then build a start-of-day round instead – a failure at 23:30 goes unnoticed until then.
- Restore tests stay manual. We set the date, send reminders and flag an overdue test; the restore is done by hand. Budget one to two hours of your team per date. Miss it and the bottom row stays empty: the grid then proves only that jobs ran.
Fits your backup tools
Scope and price
The entry price covers up to ten monitored jobs with the grid, the alert path and the test plan. What moves the price, we say before the quote.
- Inventory of all backup jobs and gaps
- Up to ten jobs with window and size
- Signals from your backup tools in one place
- 30-day status grid, one row per system
- Staged alert path: ticket, channel, escalation
- Test schedule and log template for restores
- Documentation, handover and 30 days' support
What increases the price
- More than ten jobs, or several sites
- Tools with no interface, only email reports
- System health, services and certificate expiry
- On-call rota with a duty roster
- Evidence for certification or cyber insurance
Several sites, an on-call rota with a duty roster and audit-ready evidence for a cyber insurance policy typically land in the range of our Workflow Advanced package from €2,490. We quote the binding fixed price after the intro call.
All prices excl. VAT · operation and further development optionally via a support package
What you get
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Monitoring in production
Every agreed job connected, signed off with a real test alert per path
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The 30-day status grid
One page for the board: one row per system, thirty columns, no jargon
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The alert rule you set
Windows, recipients, escalation and maintenance suppression, changeable without us
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Restore test plan
Dates, a log template and a reminder when a test is overdue
Frequently asked questions about backup monitoring
These solutions fit alongside
IT Asset Management & Licence Tracking
The inventory the grid checks against.
API Integration & Data Synchronisation
For tools that send no report, only an interface.
Automated Status Reports
The same figures monthly, for management and your insurer.
Support Tickets in Microsoft Teams
So an alert becomes a ticket with an owner.
When did you last restore anything for real?
In the free intro call we walk through your backup jobs: which report today, and which could go quiet unnoticed. Then you know which gap to close first, and whether that needs a project.
Book a free intro callWhere automated backup monitoring creates value in everyday work
Backup jobs, system health and restore tests are monitored centrally so failures do not remain hidden until an incident.
Three concrete operating scenarios to compare with your own process.Detect failed backups
Job status, duration and data volume are checked and escalated with useful context.
Prioritise alerts
Duplicates and downstream failures are grouped so critical causes remain visible.
Track restore tests
Planned restore tests receive a date, evidence and a documented result.
A strong fit when …
Systems provide structured data or signals and technical exceptions should escalate with logs, context and clear ownership.
- You handle recurring monitoring events using repeatable rules.
- The intake, target system and accountable business role can be named clearly.
- Exceptions are allowed to remain visible and move to people deliberately.
Deliberate automation boundary
Automatic restore, deletion or changes to production systems occur only within approved runbooks.
Explore the technical approach and platformsEstimate time savings with your own volume
The calculator uses 2 minutes today and 0.25 minutes after automation as fixed example assumptions. It does not replace process analysis.
Illustrative estimate based on the visible assumptions — not a guarantee.