IT Certification Exam Prep & Questions
Latest Cisco, Microsoft, Amazon, Fortinet IT certification exam questions & answers, with practical prep tips to help you pass efficiently!
Valerie. Jones
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Networking is no longer just about configuring routers through the command line. The industry is rapidly shifting toward automation-driven infrastructure, where networks behave more like software systems than static hardware environments. Engineers are now expected to write scripts, integrate APIs, and automate repetitive network tasks.
This shift is exactly why Cisco introduced the Cisco 200-901 exam, which validates automation skills rather than traditional CLI-heavy networking knowledge. Instead of focusing only on routing protocols or switching configuration, the exam measures how well you understand software-driven networking workflows.
Many certification guides still approach the exam like a traditional networking certification. They list the exam blueprint and encourage memorization. That approach rarely works here.
The reality is that the CCNAAUTO certification was designed to test how engineers think about automation. It’s less about remembering commands and more about understanding how systems interact through APIs, Python scripts, and structured data formats.
» Read more about: Cisco 200-901 CCNAAUTO Exam: What Most Study Guides Don’t Tell You »
Network automation is not difficult because engineers cannot learn Python. The bigger challenge is understanding how infrastructure work changes when manual actions become repeatable workflows.
Why Network Engineers Need to Rethink Automation Before Learning It
When I speak with networking professionals about automation, the first concern is often predictable: “Do I need to become a programmer?”
That question makes sense because traditional networking has always been built around direct interaction. Engineers learn protocols, understand device behavior, troubleshoot failures, and use CLI commands to control infrastructure. The command line becomes a familiar environment where every action has a visible relationship between an engineer and a device.
Automation introduces a different way of thinking.
The biggest shift is not learning a programming language. It is learning how to describe a process that a system can repeat.
A network engineer who manually configures a switch understands the immediate relationship:
Engineer → Device → Configuration
The engineer makes a decision, enters commands, checks the result, and movesforward.
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