Imagine that you’re having a normal, productive day at work when suddenly, the WiFi shuts off and you can’t reconnect. Maybe an important program won’t install, or a website keeps giving you error messages.

So, you ask AI for help.

Within seconds, it gives you an easy, step-by-step solution. Open this menu, turn off this setting, change that permission, or run this command. Problem solved!

At least, you hope that’s the end of it.

AI has become an incredibly convenient troubleshooting tool, but there is one problem we do not talk about enough: AI does not always understand the cybersecurity consequences of the instructions that it gives you.

Sometimes the easiest way to make something work is also the easiest way to make your device less secure!

Security features occasionally interfere with our objectives at work. For example, your browser might block a suspicious download or your computer could prevent an unfamiliar application from running. Firewalls may stop a connection, and your phone could refuse to give an app access to certain files.

Those restrictions can be very annoying, but they’re designed to stop these actions for a reason.

For starters, let’s imagine asking an AI chatbot why a downloaded program will not run. The AI might suggest temporarily disabling antivirus protection or changing a security setting to gain access.

That would technically solve the problem. Unfortunately, it could also remove the protection that prevents malicious software from running. Then what happens if you forget to re-enable that antivirus software after you’re done with the other program?

Whenever you use AI for technical help, remember: A solution that works is not necessarily a safe solution.

When you call your company’s IT department, they have context. They know which applications your company allows, how your computer is configured, which security policies apply, and whether other employees are experiencing the same problem.

AI doesn’t have that same context. A chatbot only knows what you tell it.

If you say, “This website won’t open,” AI might provide perfectly reasonable troubleshooting instructions for a personal computer. Your work computer, on the other hand, may block that website intentionally.

If you say, “I can’t install this program,” AI might explain how to bypass the restriction. Your employer may have deliberately prevented employees from installing unauthorized software, however.

The AI sees a technical obstacle, but your security team may see a security control. Those are two very different perspectives!

Another common AI troubleshooting technique involves giving you commands to copy and paste. You have probably seen instructions that say something like: “Open Terminal,” “Open PowerShell,” or “Run this command.”

For technical users who understand what the command does, that can be useful.

For everyone else, it creates a strange situation. You’re essentially giving your computer an instruction that you don’t understand, just because an AI told you to do it.

Attackers already know how to take advantage of this behavior. Fake CAPTCHA and “ClickFix” attacks, for example, have tricked people into copying malicious commands into Windows tools under the impression that they were fixing a browser problem or proving they were human.

AI adds another reason to develop a simple habit: Never run a command you don’t understand simply because it appeared in a set of instructions.

You do not need to become an IT expert to recognize potentially risky advice.

Pay extra attention anytime AI tells you to…

  • Disable antivirus or endpoint protection.
  • Turn off your firewall.
  • Ignore a browser or certificate warning.
  • Bypass an application security warning.
  • Give an app administrator privileges.
  • Change privacy or security permissions.
  • Download software from an unfamiliar website.
  • Enable macros or scripts.
  • Copy and paste commands into PowerShell, Terminal, or Command Prompt.

None of those actions are automatically malicious. In fact, an IT professional may ask you to do some of them in various cyber-safety scenarios.

The difference between your IT team and AI? You should understand why you are following an order, and who is asking you to do it.

You can also make AI troubleshooting safer by changing the way you ask for help.

Instead of saying: “How do I get around this warning?”

Try:“Why am I seeing this warning, and what security risk is it protecting me from?”

Instead of: “How do I turn this security feature off?”

Ask: “Is there a way to fix this problem without disabling the security feature?”

That small change encourages the AI to look for a safer solution instead of simply finding the fastest workaround. Although you should still verify any important instructions, asking better questions can produce much safer and more reliable guidance.

When it comes to your workplace devices, take extra caution. Follow this simple rule: If AI tells you to bypass a security restriction, stop and contact IT.

Don’t assume the restriction is just a bug. Your employer may intentionally block certain applications, websites, downloads, browser extensions, USB devices, or account permissions. Trying to work around those protections can create cybersecurity problems and, depending on your workplace, compliance problems as well.

In other words, you might be trying to fix a process that was never broken.

AI is fantastic for explaining error messages, defining technical terms, and helping you understand why something might not work. Use it for all these purposes, but remember where its job should end.

If the solution involves removing a security protection, granting powerful permissions, running unfamiliar commands, or bypassing something your computer is actively trying to stop you from doing, then you shouldn’t blindly follow the AI’s instructions.

Instead, ask what the change actually does. Look for a safer alternative. If it is a work device, contact IT.

AI can tell you how to open a locked door, but that doesn’t necessarily mean the door should be open!