No, you do not need CCNA to start network automation.
If you are a complete beginner, CCNA is a good starting point because it gives you a structured way to learn networking fundamentals alongside basics of automation and programmability.
And, if you already know networking fundamentals like IP basics, VLANs, routing, and common troubleshooting, you can start automating small tasks today. CCNA is optional but the fundamentals are not.
Before you decide your path, you should be clear on what network automation really is.
What is Network Automation?
Network automation means you don’t do the same network tasks device-by-device anymore and instead run them through scripts, APIs, or workflows. You define the change once, apply it across devices, and verify the result the same way every time.
Let me give you an example.
Suppose you have 10 routers and you want to check which ones have a specific VLAN configured. Instead of logging in one by one, automation runs the check on all routers and gives you one clean list of results. This saves time and avoids missing a device by mistake.
Fundamentals You Should Know Before Learning Network Automation
You do not need to know everything. You do need to understand enough to predict impact and verify results.
1. Layer 2 essentials
You should be comfortable with VLANs, trunks, and why a mismatch breaks connectivity. You should also understand what an access port is and what a trunk carries.
2. Layer 3 essentials
You should be comfortable with IP addressing, default gateway behavior, and basic routing. You should be able to read a routing table and understand why traffic takes a path.
3. Network services basics
You should understand DNS, DHCP, and NAT at a basic level. You should know what “it works for some users but not others” usually points to.
4. Troubleshooting flow
You should have a repeatable process. Link, then VLAN and ARP, then IP reachability, then services. This matters because automation should always include verification, not only configuration.
If you feel you still need revision with the basic concepts, CCNA is a good way to tighten them fast in a structured way.
What CCNA gives you for Network Automation?
CCNA helps you in two main ways for Network automation.
- First, it builds the mental model you need for safe automation. When you push a change, you should already know what could break, where it could break, and what you will check after.
- Second, CCNA now includes automation concepts in the exam blueprint. The CCNA v1.1 topics include “Automation and Programmability” such as controller-based networking concepts and APIs. This won’t make you an automation engineer by itself, but it pushes you into the right direction early.
What CCNA does not do?
CCNA does not make you fluent in Python, APIs, Git, or testing workflows. It introduces the concept. The real automation skill comes from building small projects and learning how to make changes safely.
So, should you do CCNA first for Network Automation?
Ask yourself where you are today in terms of career.
If you are a complete beginner
Do CCNA first. It gives you structured fundamentals and helps you avoid gaps that later make automation risky.
If you already work in networking
You can start network automation now. Automate the tasks you already do manually, and fill small fundamentals gaps as you go.
If you come from software or scripting background
Start automation with a lab, but learn networking fundamentals in parallel. You need to understand VLANs, routing, and troubleshooting to automate safely.
If your goal is very focused (SD-WAN automation, firewall automation, switch templating)
Skip the full CCNA path for now and learn only the fundamentals that support that exact goal, and then build small automation workflows.
Skills you will learn in Network Automation
Here what you can expect when you hear “automation skills.”
1. APIs and controllers
You learn how to read API docs, authenticate, send requests, and parse responses. In SD-WAN and cloud-managed systems, APIs are the main control interface.
2. Python for repeat tasks
You learn to write small scripts that do one job well. Collect inventory. Push a baseline config. Pull health stats. Generate a report. That is where automation starts to feel useful.
3. Templates and variables
You learn to stop hardcoding values. One template plus site variables beats 50 manual configurations.
4. Git and safe change control
You learn to treat network changes like controlled releases. Review, versioning, rollback, and change history. This is how automation becomes safe.
5. Validation and verification
You learn to verify what matters after every change, like interface status, routing stability, gateway reachability, tunnel health, and policy state. Automation without verification is half-done work.
CCNA Automation in 2026
If you want an automation-first Cisco path, the best starting point is CCNA Automation.
Cisco’s certification site lists CCNA Automation as a foundational automation and programmability certification. To earn it, you pass the core exam 200-901 CCNAAUTO (Automating Networks Using Cisco Platforms).
This matters because it’s not a “routing and switching” exam. It is focused on automation skills such as APIs, software development basics, and automation on Cisco platforms.
Also, don’t confuse with DevNet Associate as it is renamed under the Automation track, aligning certifications more directly with automation roles.
Choose your Network Automation Path
Path A: You are new to networking
Start with CCNA fundamentals and then start automation with small tasks. CCNA’s blueprint already introduces automation concepts, which helps you transition.
Path B: You are a working network engineer
Start automation now on the tasks you already do. Use CCNA only if you notice specific fundamentals gaps that keep slowing you down.
Path C: You want automation as the main identity
Start with CCNA Automation and build projects alongside it. Use CCNA fundamentals material only to fill gaps you discover while building.
Ready to learn Network Automation through real labs, Python scripting, APIs, SD-WAN automation, and enterprise projects?
Explore PyNet Labs’ Network Automation Training and learn directly from industry expert trainers working with real-world automation technologies.
What to build, so your learning is real?
If you want your automation learning to feel practical, build things that a real team would use.
- A script that collects interface status and flags down links
- A baseline push that sets NTP, syslog, and SNMP, then verifies all devices match
- A VLAN + trunk consistency checker that catches mismatches before they break traffic
- An SD-WAN workflow that pulls tunnel health and generates a daily report
- A simple Git-based “change pack” where you can show versioned config and rollback notes
This is what separates “I watched videos” from “I can do the work.”
Frequently Asked Questions
Q1. Is CCNA required for network engineer?
Not required, but helpful for entry roles and fundamentals. Your troubleshooting ability and hands-on practice matter more.
Q2. Is the CCNA still worth it in 2026?
Worth it if you need structured fundamentals or a hiring signal. Pair it with labs and automation projects.
Q3. What’s harder, CCNA or Network+?
CCNA is usually harder. It goes deeper into switching, routing, and hands-on configuration than Network+.
Q4. What is CCNA automation?
CCNA automation is Cisco’s automation-focused CCNA track that teaches APIs, Python basics, templates, and controller workflows to automate Cisco networks.
Conclusion
You can start network automation without CCNA. The real requirement is good knowledge of networking basics. CCNA is a strong fundamentals path if you need structure.
If you already have the fundamentals, start automating now and build real workflows. In 2026, the best outcome is not choosing one side. It is having both fundamentals and automation skills clear enough so that you can present yourself better in interviews and also align it with day-to-day tasks.
