When an incident occurs, there is a key question:
👉 what if no one responds?
That’s where automatic scaling comes in.
But although they sound complex, they actually work on a fairly simple logic.
In simple
An automatic scaling is:
a process that moves an alert to another person or level if there is no response in a certain amount of time
It is like saying:
“if no one takes this… the system makes sure someone else does.”
Why are they important?
Because without scaling:
- alerts may be left unattended
- time is wasted waiting
- incidents are on the rise
And often the problem is not technical.
It is human:
- someone did not see the alert
- someone was busy
- someone thought someone else would take it
👉 scaling eliminates that uncertainty.
How does it work step by step?
Let’s look at it simply:
1. An alert is generated
It can come from:
- monitoring
- systems
- validations
👉 something is not working right
2. The first responsible party (N1) is notified.
The system sends the alert to:
👉 the person who is on duty or assigned.
3. A response is expected
A key condition comes into play here:
👉 waiting time (e.g.: 5 minutes)
4. If no response → scale
The system automatically:
- notifies another person
- or at another level (N2)
5. The process continues
If no one responds:
👉 climbs again
Until:
👉 someone confirms that he took the incident.
Simple example
Scenario
- critical alert
- N1 has 5 minutes to respond
If you answer
👉 escalation is stopped
If you do not respond
👉 N2 is notified.
If N2 also does not respond
👉 can be upgraded to N3 or to a larger group
all this happens automatically
Types of scaling
Time-based scaling
The most common.
👉 “if you don’t respond in X minutes, I’ll escalate.”
Scaling by criticality
Depending on the impact:
- critical alerts escalate faster
- minor alerts can wait longer
Hierarchical escalation
Based on levels:
- N1 → N2 → N3
Parallel scaling
In some cases:
👉 several people are notified at the same time
Common errors
❌ Climbing too fast
- generates noise
- equipment overload
❌ Climbing too late
- the incident grows
- increases the impact
❌ Scaling without context
- the next level loses time
- solution is delayed
❌ Do not confirm
- the system “notifies”… but no one takes action
What makes it work well?
Good scaling:
- has clear timings
- defines responsible
- includes context
- assures confirmation
- avoids unnecessary noise
👉 it’s not just about scaling… it’s about scaling judiciously.
Why does the operation change so much?
Because it eliminates something critical:
the dependence on someone “remembering
The system:
- is not forgotten
- is not distracted
- is not confused
👉 simply run
So, what do you achieve?
With well-defined scaling:
- fewer missed alerts
- shorter response time
- better coordination
- greater control of the operation
Automatic scaling is not just another feature.
They are one of the key pieces to ensure that incidents do not remain in the air.
Because in operation:
the most dangerous thing is not the alert…
👉 is that no one takes it
If you’re relying on people to remember to scale or follow up today, you’re probably leaving room for error.
24Cevent allows you to define automatic escalation rules, ensuring that each alert moves forward until someone takes it, with configurable timing, clear accountabilities and effective notification at every stage.
