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Stepping into the CCNA exam can be intimidating, especially when questions involve automation and network programmability. The CCNA Automation and Programmability Practice Test prepares you for these challenges by simulating realistic exam scenarios. You’ll gain hands-on experience with REST APIs, software-defined networks, and tools like Ansible and Terraform. Each question is designed to test your understanding, highlight areas for improvement, and build the confidence needed to respond accurately under exam pressure. Practice strategically, and turn complex automation concepts into clear, actionable solutions on test day.

What’s covered in our CCNA Automation and Programmability Practice Test?

Our practice test aligns with Cisco’s official Domain 6: Automation and Programmability objectives from the CCNA 200-301 exam. 

Automation and its impact on network management

Automation streamlines network operations, reduces errors, and accelerates configuration changes. Candidates will:
  • Understand the benefits of automated network management.
  • Compare manual vs. automated configuration processes.
  • Analyze scenarios where automation improves efficiency and reliability.

Traditional networks vs. controller-based networking

Controller-based networking centralizes control and simplifies management. The practice test covers:
  • Differences between traditional and controller-based architectures.
  • Advantages such as scalability, programmability, and centralized policy enforcement.
  • Challenges and deployment considerations for controller-based networks.

Controller-based, software-defined architecture

Explore overlay, underlay, and fabric designs in modern networks. Key concepts include:
  • Separation of control plane and data plane for flexible and efficient traffic handling.
  • Northbound and southbound APIs enabling communication between controllers, applications, and devices.
  • Scenario-based questions on implementing SDN and fabric architectures.

AI and machine learning in network operations

Artificial intelligence and machine learning enhance predictive analytics and operational efficiency. The practice test helps you:
  • Differentiate between generative and predictive AI in network contexts.
  • Analyze use cases for machine learning in fault detection and optimization.
  • Evaluate AI-driven automation solutions in modern networking.

REST-based APIs

REST APIs allow programmatic interaction with network devices. Candidates will:
  • Understand authentication types, CRUD operations, and HTTP verbs.
  • Learn about data encoding standards such as JSON.
  • Practice using REST APIs to retrieve and modify network device configurations.

Configuration management mechanisms

Tools like Ansible and Terraform enable repeatable, automated deployments. Practice test topics include:
  • Recognizing key capabilities of configuration management tools.
  • Applying automation templates and scripts to network configurations.
  • Evaluating the impact of configuration management on operational efficiency.

JSON-encoded data components

JSON is widely used for exchanging data in automated networks. You will:
  • Identify components of JSON-encoded data.
  • Understand key-value pairs, arrays, and nested objects.
  • Apply JSON knowledge when interacting with APIs and configuration tools.
Mastering automation and programmability is essential for passing the CCNA exam and modern network management. By practicing regularly, you can identify knowledge gaps, strengthen your understanding, and gain confidence for both exam simulations and real-world network automation. Start your preparation today with a comprehensive CCNA practice test and take a decisive step toward Cisco certification success.