Network Automation: Master Network Management with Automation

Question 1

What is a primary advantage of implementing network automation in an enterprise setting?

Accepted Answer

Improved network security and compliance

Answer

Increased network complexity and cost

Answer

Reduced operational efficiency and productivity

Answer

Increased need for manual intervention and troubleshooting

Question 2

What is the primary function of a configuration management tool in network automation?

Accepted Answer

Automating network device configurations

Answer

Monitoring network traffic

Answer

Detecting and troubleshooting network issues

Answer

Simulating network environments

Question 3

Which of the following scripting languages is widely used in network automation?

Accepted Answer

Python

Answer

JavaScript

Answer

C++

Answer

Visual Basic

Question 4

What is the role of APIs in network automation?

Accepted Answer

Providing programmatic access to network devices

Answer

Monitoring network performance

Answer

Automating security updates

Answer

Generating network documentation

Question 5

Which of the following is a best practice for implementing network automation?

Accepted Answer

Thorough testing before deployment

Answer

Automating all network tasks at once

Answer

Using proprietary tools only

Answer

Ignoring security considerations

Question 6

What is the purpose of using version control in network automation?

Accepted Answer

Tracking changes to automation scripts

Answer

Storing network configurations

Answer

Ensuring compliance with regulations

Answer

Automating network troubleshooting

Question 7

What is the significance of network programmability in network automation?

Accepted Answer

It allows for dynamic configuration of network devices

Answer

It simplifies network management tasks

Answer

It enhances network security

Answer

It reduces the need for human intervention

Question 8

In network automation, what is the key difference between configuration management tools and orchestration tools?

Accepted Answer

Configuration management tools manage individual devices, while orchestration tools coordinate actions across multiple devices.

Answer

Orchestration tools manage individual devices, while configuration management tools coordinate actions across multiple devices.

Answer

Configuration management tools and orchestration tools have the same functionality.

Answer

Configuration management tools are used in small networks, while orchestration tools are used in large networks.

Question 9

To begin developing an automated script for configuring VLAN settings on a network switch, what initial step should be taken?

Accepted Answer

Determine the target switch and its operating system version.

Answer

Choose a programming language for the script.

Answer

Manually configure the switch to test the script.

Question 10

In Ansible automation, what is the purpose of a 'playbook'?

Accepted Answer

A collection of tasks that define the desired network configuration

Answer

A configuration file that specifies variables and settings for automation

Answer

A script that automates specific network commands

Answer

A module that provides access to specific network devices

Question 11

What is the fundamental difference between declarative and imperative automation approaches?

Accepted Answer

Declarative automation defines the desired state, while imperative automation specifies the steps to achieve it.

Answer

Imperative automation is more efficient, while declarative automation is more flexible.

Answer

Declarative automation is more complex to implement, while imperative automation is easier to understand.

Answer

There is no difference between declarative and imperative automation.

Question 12

Which scripting language is most widely used for network automation tasks on Cisco devices?

Accepted Answer

Python

Answer

Bash

Answer

JavaScript

Answer

PowerShell

Question 13

What is the primary purpose of employing version control systems in network automation?

Accepted Answer

Tracking modifications to network configurations

Answer

Automating software updates

Answer

Documenting network topology

Answer

Monitoring network performance

Question 14

Which cloud computing service model offers on-demand access to computing resources?

Accepted Answer

Infrastructure as a Service (IaaS)

Answer

Platform as a Service (PaaS)

Answer

Software as a Service (SaaS)

Answer

Function as a Service (FaaS)

Question 15

Which of the following best describes a primary benefit of implementing network automation?

Accepted Answer

Increased efficiency through reduced manual labor and streamlined processes

Answer

Lower hardware costs through virtualization and consolidation

Answer

Enhanced user experience through personalized network access

Answer

Improved security posture through automated threat detection and response

Question 16

What are the core components of a network automation solution?

Accepted Answer

Automation tools and scripts, along with a centralized management system

Answer

Network management system and artificial intelligence algorithms

Answer

Artificial intelligence algorithms and cloud-based infrastructure

Answer

Cloud-based infrastructure and automation tools

Question 17

Which of the following open-source automation tools is commonly used for network automation?

Accepted Answer

Ansible

Answer

Puppet (primarily used for configuration management)

Answer

Nagios (primarily used for network monitoring)

Answer

Splunk (primarily used for log management and analytics)

Question 18

What is the primary purpose of a network automation script?

Accepted Answer

To automate repetitive and standardized network tasks

Answer

To secure network devices and protect against cyber threats

Answer

To identify and troubleshoot network performance issues

Answer

To manage network user permissions and access rights

Question 19

How does an API contribute to network automation?

Accepted Answer

Enables communication and interaction between automation tools and network devices

Answer

Provides network security and protection against unauthorized access

Answer

Manages network configurations and ensures compliance with policies

Answer

Monitors network performance and identifies potential issues

Question 20

How might network automation impact the roles and responsibilities of network engineers?

Accepted Answer

Transition to higher-level tasks such as strategic planning and network architecture design

Answer

Job displacement, as automation eliminates the need for manual tasks

Answer

Increased workload due to the need to manage and maintain automated systems

Question 21

Provide an example of a real-world application of network automation.

Accepted Answer

Automating the configuration and management of network devices, reducing manual effort

Answer

Monitoring user behavior on the network for security and compliance purposes

Answer

Analyzing network security threats and implementing countermeasures

Answer

Predicting future network performance and capacity needs through data analysis

Question 22

When integrating network automation into an existing network infrastructure, which approach is recommended?

Accepted Answer

Phased implementation with thorough testing to minimize disruption and ensure stability

Answer

Outsourcing to a managed service provider to avoid internal resource constraints

Answer

Rapid deployment with minimal planning to expedite the automation process

Answer

Complete overhaul of the existing infrastructure to fully leverage automation capabilities