The Cisco 200-901 CCNAAUTO Automating Networks Using Cisco Platforms exam is the core exam for earning the CCNA Automation certification.

As modern networks become increasingly programmable, organizations are moving from repetitive manual configuration toward API-driven management, Infrastructure as Code, automated workflows, CI/CD practices, and model-driven programmability. Network engineers are therefore expected to understand not only traditional networking concepts, but also software development, APIs, Python, automation tools, and modern application deployment.

This practice exam course is designed to help you evaluate your readiness for the 200-901 CCNAAUTO exam while strengthening the technical knowledge required for modern network automation roles.

The questions are structured around the current Cisco 200-901 CCNAAUTO v1.1 exam objectives and focus on both conceptual understanding and practical scenario-based decision making.

What You Will Learn

By completing the practice exams in this course, you will reinforce your ability to:

• Understand modern software development principles and how they apply to network automation

• Work with XML, JSON, and YAML data formats and understand how they map to Python data structures

• Understand software development methodologies including Agile, Lean, and Waterfall

• Apply software design concepts including functions, classes, modules, MVC, and Observer patterns

• Understand Git version control including clone, commit, push, pull, branching, merging, diff, and conflict handling

• Construct and interpret REST API requests and responses

• Understand HTTP methods, status codes, headers, authentication methods, webhooks, and API constraints

• Build Python scripts that interact with REST APIs using the requests library

• Understand Cisco platform APIs and programmable interfaces

• Work with Cisco Catalyst Center, Meraki, ACI, Catalyst SD-WAN, NSO, Webex, Intersight, IOS XE, NX-OS, and other Cisco platforms at an exam-relevant level

• Understand model-driven programmability using YANG, NETCONF, and RESTCONF

• Understand application deployment across private cloud, public cloud, hybrid cloud, edge environments, virtual machines, bare metal, and containers

• Understand Docker concepts, Dockerfiles, Bash commands, and development environments

• Understand CI/CD pipelines, DevOps practices, unit testing, and application deployment workflows

• Identify important application security concepts including encryption, secrets management, secure data handling, and common OWASP threats

• Understand Infrastructure as Code and infrastructure automation principles

• Recognize the roles of Ansible, Terraform, Cisco NSO, Cisco Modeling Labs, and pyATS in automation workflows

• Interpret Python automation scripts, Ansible playbooks, Bash scripts, YANG models, unified diffs, RESTCONF responses, and NETCONF responses

• Strengthen networking fundamentals including VLANs, MAC addresses, IP addressing, routing, gateways, DNS, DHCP, NAT, SNMP, NTP, and common network protocols

• Diagnose common application connectivity problems involving ports, NAT, proxies, VPNs, firewalls, DNS, and other network components

Who This Course Is For

This course is suitable for:

• Candidates preparing for the Cisco 200-901 CCNAAUTO certification exam

• Network Engineers who want to add automation and programmability skills to their networking knowledge

• Network Administrators transitioning from manual network management to automated infrastructure

• DevOps Engineers working with networking infrastructure and Cisco environments

• Software Developers who want to understand networking APIs and infrastructure automation

• System Engineers working with programmable Cisco platforms

• IT professionals interested in Python, REST APIs, Infrastructure as Code, and network automation

• CCNA professionals who want to expand their knowledge into automation and programmability

• Students pursuing the CCNA Automation certification

• Professionals preparing for more advanced Cisco automation certifications

Minimum Requirements

There are no formal prerequisites required to pursue the CCNA Automation certification.

However, learners will benefit from having:

• Basic understanding of computer systems and operating systems

• Basic networking knowledge including IP addressing, routing, switching, VLANs, DNS, and DHCP

• Basic familiarity with command-line interfaces

• Basic understanding of programming concepts

• Familiarity with Python is recommended

• Basic knowledge of HTTP, REST APIs, JSON, XML, or YAML is helpful but not mandatory

• An interest in network automation, software development, APIs, DevOps, or Infrastructure as Code

This course is primarily designed as an exam preparation and knowledge assessment resource, so having studied the exam topics before attempting the practice tests is recommended.

Cisco 200-901 CCNAAUTO Exam Format

The current Cisco exam is:

• Exam Code: 200-901 CCNAAUTO

• Exam Name: Automating Networks Using Cisco Platforms

• Certification: CCNA Automation

• Exam Version: v1.1

• Exam Duration: 120 minutes

• Available Languages: English and Japanese

• Exam Delivery: Cisco certification exam delivered through its authorized testing provider

• Result: Pass or Fail with performance information by exam section

Cisco does not publish a permanent fixed passing score for the 200-901 CCNAAUTO exam.

Passing scores are determined through statistical analysis and may change between exam versions or exam deliveries. Therefore, claims such as a fixed 800, 825, or another specific score should not be considered an official Cisco passing requirement.

A strong practice exam target is to consistently achieve high scores while understanding why each correct answer is correct rather than simply memorizing answers.

Current 200-901 CCNAAUTO Exam Coverage

The course follows the major knowledge areas of the current 200-901 CCNAAUTO v1.1 blueprint.

• Software Development and Design

Understand data formats, Python structures, test-driven development, software development methodologies, code organization, software design patterns, and Git version control.

• Understanding and Using APIs

Work with REST APIs, HTTP responses, API authentication, webhooks, API limitations, synchronous and asynchronous APIs, and Python API requests.

• Cisco Platforms and Development

Understand programmable Cisco platforms and APIs including Meraki, Cisco Catalyst Center, ACI, Catalyst SD-WAN, NSO, UCS Manager, Intersight, Webex, IOS XE, NX-OS, Cisco security platforms, and DevNet resources.

• Application Deployment and Security

Review cloud and edge deployment models, containers, virtual machines, Docker, CI/CD, Python unit testing, Bash, DevOps, encryption, secret protection, network services, and common application security threats.

• Infrastructure and Automation

Understand model-driven programmability, controller-based management, Infrastructure as Code, Ansible, Terraform, Cisco NSO, pyATS, Cisco Modeling Labs, YANG, RESTCONF, NETCONF, code reviews, automation scripts, and CI/CD workflows.

• Network Fundamentals

Review MAC addresses, VLANs, IP addressing, routing, gateways, switches, routers, firewalls, load balancers, network planes, DHCP, DNS, NAT, SNMP, NTP, common ports, and application connectivity troubleshooting.

About This Practice Exam Course

This course contains six extensive practice exam sets designed to provide broad coverage of the Cisco 200-901 CCNAAUTO objectives.

With a total of 1,500 practice questions, the course gives you repeated opportunities to test your knowledge across different technical areas and identify topics that require additional study.

The questions are designed to go beyond simple definition memorization.

You will encounter questions that require you to:

• Analyze realistic network automation scenarios

• Interpret code snippets and automation workflows

• Select appropriate APIs and Cisco platforms

• Troubleshoot HTTP and API-related problems

• Interpret Python scripts

• Analyze RESTCONF and NETCONF operations

• Understand YANG models

• Interpret Ansible automation workflows

• Understand Git and software development workflows

• Analyze Docker and application deployment concepts

• Identify security risks and appropriate protections

• Troubleshoot networking and application connectivity

• Choose appropriate automation approaches for different infrastructure requirements

Why Take This Course

Practice is one of the most effective ways to identify gaps before taking a professional certification exam.

This course is designed to help you:

• Evaluate your current readiness for the 200-901 CCNAAUTO exam

• Identify weak areas before the real exam

• Reinforce important concepts through repeated application

• Become more comfortable with scenario-based questions

• Improve your understanding of APIs and network programmability

• Develop stronger reasoning skills for automation questions

• Review all major areas of the official exam blueprint

• Practice switching between networking, programming, APIs, security, cloud, and automation topics

• Build confidence before scheduling your certification exam

• Reduce surprises by practicing a broad range of technical scenarios

More Than Memorizing Answers

The goal of this course is not simply to memorize practice questions.

The goal is to develop the ability to recognize technical requirements, analyze scenarios, eliminate incorrect options, and select the most appropriate solution based on networking and automation principles.

Use every practice exam as a diagnostic tool.

After completing a test, review the topics where you struggled and return to the relevant documentation or study materials. Repeat the process until you can confidently explain the concepts behind your answers.

Build Skills for Modern Network Automation

The value of the 200-901 CCNAAUTO exam extends beyond certification preparation.

The technologies covered by the exam reflect the continuing evolution of networking toward programmable infrastructure, API-based management, automation, software-defined environments, and Infrastructure as Code.

Developing these skills can help networking professionals better understand how modern infrastructure is designed, deployed, tested, automated, and maintained.

If you are preparing for the CCNA Automation certification and want a comprehensive set of practice questions covering software development, APIs, Cisco platforms, application security, Infrastructure as Code, automation, and networking fundamentals, this course is designed to support your preparation.

Start practicing, identify your knowledge gaps, strengthen your technical understanding, and prepare for the Cisco 200-901 CCNAAUTO exam with confidence.