Cloud- und Infrastruktur-Engineering für geschäftskritische Umgebungen.
October 7, 2026
Radmila
Automation
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Your IT Team Is Still Doing This Manually. Why?
There are plenty of things your IT team should be spending time on.
Installing the same software for the tenth time this week probably isn’t one of them.
Neither is creating another user account from scratch, checking the same systems every morning, chasing missing updates or manually working through a process that looks almost identical every single time.
Yet this kind of work still takes up a surprising amount of time in IT.
Individually, these tasks might only take a few minutes. Across dozens of users, hundreds of devices and an increasingly complex IT environment, those minutes quickly turn into hours.
And that raises a pretty simple question: if the process is predictable, why are we still doing it manually?
Manual processes usually don't become a problem overnight.
A company starts small. There are a handful of employees, a manageable number of devices and an IT environment that one or two people can comfortably keep track of.
A new employee joins? Create an account and set up their laptop.
Someone needs an application? Install it.
There's an update? Push it out.
It works.
Then the company grows.
Suddenly there are more employees, more devices, more applications, more cloud services and more security requirements. The same processes are still there, but now they're happening far more often.
This is where automation becomes less of a nice-to-have and more of a practical way to keep IT manageable.
The best automation opportunities are often hiding in plain sight.
Think about the tasks your IT team performs again and again. If the steps are mostly the same each time and there is little reason for someone to make a new decision at every stage, that process is probably worth looking at.
And there are a few obvious places to start.
A new employee's first day triggers a long list of IT tasks.
Create the account. Assign the right licenses. Set up permissions. Prepare the laptop. Install applications. Apply security policies. Make sure everything works.
Then do it all again for the next person.
With automation, many of those steps can happen based on predefined rules. An employee's role or department can determine which applications, permissions and configurations they receive.
The IT team still decides what the correct setup should be. They just don't need to rebuild it manually every time someone joins.
And when someone leaves, the same principle applies in reverse. Access can be removed, accounts disabled and licenses reclaimed through a consistent offboarding process.
Software deployment is another easy example.
If every employee in a department needs the same application, manually installing it device by device doesn't add much value.
Modern management platforms can automatically deploy applications to the right users and devices. A new laptop can receive the software it needs as part of its setup, while updates and changes can be managed centrally later.
Instead of asking, "Did we install this everywhere?", IT can define where the application belongs and let the system take care of the repetitive part.
Keeping systems updated sounds simple until you're responsible for hundreds of them.
Which devices are missing updates? Which update should be tested first? Which machines haven't checked in? Did that deployment actually succeed?
Trying to manage all of this manually quickly becomes unrealistic.
Automation can help identify missing updates, roll them out according to predefined schedules and highlight the devices that still need attention.
There is still control. Updates can be tested, deployments can happen in stages and maintenance windows can be defined.
The difference is that nobody needs to chase every device individually.
This is where automation becomes more interesting.
Traditionally, many IT problems start with a familiar message:
"Hey, something isn't working."
By that point, the user has already noticed the problem.
Automated monitoring changes that dynamic. Systems can continuously watch devices, servers, applications and services and alert IT when something unusual happens.
And sometimes, an alert doesn't even need to be the end of the automation.
A service stops unexpectedly? Restart it.
A system reaches a defined threshold? Create a ticket.
A device falls out of compliance? Flag it for investigation.
Suddenly, IT is not just reacting faster. In some cases, problems can be identified and addressed before they become problems for the user at all.
Security teams face a similar challenge, only with much higher stakes.
Modern environments generate a constant stream of alerts. Some are important. Some are harmless. Others require immediate attention.
Investigating every single event from scratch isn't a particularly scalable strategy.
Automation can handle some of the groundwork: gathering information, correlating events, prioritizing alerts and triggering predefined actions when certain conditions are met.
That leaves security professionals with more time to investigate the situations that actually require human judgment.
And that distinction matters.
There is a big difference between automating repetitive work and automating every decision.
Not every IT process should run without human involvement.
An automated system can recognize that a predefined condition has been met. A person can understand the context around it.
That is why good automation isn't about removing people from the process entirely. It's about deciding where their involvement actually adds value.
Let technology handle the predictable steps.
Let people handle the exceptions, decisions and problems that aren't predictable.
There is one catch.
If a process is confusing, inconsistent or inefficient when people perform it manually, automating it won't magically make it a good process.
It might just make the bad process happen faster.
Before automating something, it is worth asking a few basic questions:
Does this task happen regularly? Are the steps usually the same? Are the rules clear? Does someone genuinely need to make a decision here?
If the first three answers are yes and the last one is no, you have probably found a good candidate for automation.
Saving a few minutes here and there sounds nice, but the bigger advantage of automation is consistency.
A workflow doesn't forget a step because someone is busy.
It doesn't configure one device differently because an administrator overlooked a setting.
And it doesn't put off a routine task because something more urgent came up.
Once the right process has been defined, it can be repeated consistently whether you're managing 10 devices or 1,000.
That makes IT easier to scale, easier to manage and much less dependent on repetitive manual work.
Automation doesn't need to begin with a huge transformation project.
Start by looking at an ordinary week.
What gets repeated?
What takes time without really requiring expertise?
What makes someone on the IT team think, "Here we go again"?
That's probably where you should start.
Because your IT team's time is valuable. It should be spent solving problems, improving systems and making decisions, not repeating the same clicks over and over again.
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