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Network Automation Master Program: Explained

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Network Automation course Program
Network Automation course Program

Network Automation Master Program is a combination of three programs- Linux, Python, and SD-WAN. This program by Network Kings is for students to save time and gain knowledge. The Network Automation course provides basic to advanced levels of learning.

Learn about this program in the blog!

What is the Network Automation Master Program?

The Network Automation Engineer program offers the skills and knowledge to streamline and optimize network operations through task automation and processes, leading to increased efficiency, scalability, and cost-effectiveness in network management. 

It consists of three courses: Linux, Python, and SD-WAN. 

Note: Click here to check the Network Automation Master program brochure.

What are the benefits of a Network Automation Program?

Here are the benefits of the Network Automation Program: 

  • Handsome Salary

The Network Automation Master Program offers an average salary of 20+ LPA.

  • Job opportunities

This field has 50,000+ job vacancies.

  • Efficiency and Productivity

Network automation facilitates duplicative and time-consuming tasks, like device formatting, provisioning, and troubleshooting. It liberates network engineers‘ time to concentrate on more strategic and demanding tasks, eventually improving overall productivity.

  • Decreased Human Error

Automation lowers the chance of human errors, which can lead to network outages or safety exposures. Automated methods follow predefined rules and best methods consistently, minimizing the possibility of blunders.

  • More rapid Deployment

Automation can greatly accelerate the deployment of network services and compositions. It is crucial in dynamic environments where quick transformation to altering conditions is vital.

  • Enhanced Scalability

Automated networks are more leisurely to scale because adding new devices or services can be performed more efficiently. It is necessary for communities undergoing transition or changes in network demands.

  • Improved Reliability

Automated systems can constantly scan network health and react to problems in real-time. They can also implement constant layouts, directing to a more durable and dependable network environment.

  • Cost Conserving

By decreasing the manual action directed at network management and troubleshooting, institutions can save on labour costs. Additionally, automation can help optimize network resource utilization, potentially reducing hardware and bandwidth fees.

  • Consistency and Compliance

Network automation ensures that designs and procedures are applied across the network. It is vital for supporting adherence to industry restrictions and internal security guidelines.

  • Enhanced Security

Automated security standards can detect and react to dangers faster than manual intervention. One can enforce Security policies and access controls.

  • Skill Enhancement

Network automation training provides IT experts with practical skills in scripting, programming, and using automation tools and frameworks. These skills are increasingly in demand in the job market.

  • Competitive Advantage

Organizations can earn a competitive advantage with network automation. It offers more elegant, efficient, and dependable services to customers.

  • Transformation to Cloud and SDN

Network automation is vital in cloud computing and Software-Defined Networking (SDN) environments, allowing the dynamic provisioning and management of resources.

  • DevOps Integration

Network automation aligns with DevOps principles, promoting cooperation between network and software teams, and facilitating continuous integration and delivery (CI/CD) pipelines.

  • Career Growth

Experts with network automation skills are often sought after and can expand their careers more rapidly. These skills are relevant in different roles, including network engineer, network architect, and DevOps engineer.

What are the top skills in the Network Automation Course Program?

The top skills you will learn with the Network Automation course are:

  • Understanding and using essential tools
  • Create simple shell scripts
  • Operate Running systems
  • Configure local storage
  • Create and configure the file system
  • Manage basic networking
  • Manage users and groups
  • Manage groups
  • Manage Containers
  • Network automation
  • Network analysis
  • Network device management
  • Scripting and tool development
  • API integration
  • Data visualization
  • Security automation
  • Cloud network management
  • Architecture
  • Controller Deployment
  • Router Deployment
  • Policies
  • Quality of Service and Security
  • Management and Operations

What are the roles and responsibilities of the Network Automation Engineer?

The roles and responsibilities of the Network Automation Engineer are: 

  • Plan, create, scale and automate the highly scalable Microsoft global WAN and Optical network. 
  • Automate the build-up procedure to frame the composition and safely push it to the devices.
  •  Estimate the triumph of automation against the key arrangement indicators to enhance the layout quality and cycle time.
  •  Endorse creation and cost surveillance by critically estimating current practices and devising tools that satisfy the business requirements linked to rank, agile and protection.
  •  Lead plan, network/code testing and safety checks across teams to recognize threats and thwart classes of bugs before production escape by laying expertise in network implementation, available technologies, research of telemetry pipelines, root cause investigation, and most promising approaches in determining and executing solutions.
  •  Work in alliance with squads across organizations to create dependable, scalable, and high-performance network designs; independently assemble design documents and enactment plans. 
  • A Network Automation engineer prioritizes, mitigates, and amends intricate live site issues by applying expertise in physical network parts, features, and risk control means like root cause analysis, trend examination, postmortems, and repair items.
  •  Partakes in on-call/DRI tasks to fix happenings in production and directs other engineers on triage, troubleshooting, and answering processes.
  •  Unite within and across teams by proactively sharing information with suitable details for their target audience.
  • Overpower barriers by settling disputes and problems across interdependent teams and engaging with members and stakeholders to resolve issues and meet joint objectives.
  •  Exhort the best network engineering techniques and methods within and across the group.

What are the prerequisites of Network Automation Engineering?

The prerequisites of the Network Automation Program are:

  • Fundamental understanding of the WAN
  • 1-2 years of background in IT Networking
  • Basic knowledge of Software-Defined Networks
  • Understanding of Routing protocols
  • Knowledge of Transport Layer Security (TLS) and IP Security
  • Graduation is necessary.
  • Basic understanding of the IT industry
  •  Elemental understanding of IT Networking
  • Essential knowledge of TCP/IP
  • Basic understanding of Python
  • Introduction to Database Programming (Preferred)
  • Fundamental knowledge of Network Management

What are the top Network Automation certifications?

The top certifications in the Network Automation Program are: 

How to become a Network Automation Engineer?

To become a Network Automation Engineer, one needs at least 2+ years of experience in Software Engineering, high-level programming knowledge, understanding of Python language. 

Follow these steps to become a Network Automation Engineer:

  • Learn networking basics

Start with networking basics, like gaining knowledge in OSI model, TCP/IP, routing, switching, VLANs, and subnetting, and get certification of CompTIA Network+ or Cisco’s CCNA.

  • Programming and Scripting language

Get hands-on programming and scripting language, so start with Python.

  • Network Protocols and APIs

Learn protocols and APIs like SNMP, REST APIs, and NETCONF. It will enhance your knowledge and will help you build your resume strong.

  • Networking Equipment

There are various networking equipment, like routers, switches, firewalls, and load balancers. 

  • Tools

In the modern era, we do every work with the help of tools, and learning tools is crucial to use them.

  • Versions Control Systems

To manage your automation scripts and code, you must know how to use Git.

  • Containerization and Orchestration

Learn orchestration and containerization techniques with Kubernetes and Docker respectively. 

  • Network Monitoring and Management Platforms

Get familiar with some network monitoring tools to manage the network properly.

  • Cybersecurity Grasp

To handle networking, you must check the security of your networking. Hence, keeping cybersecurity knowledge is vital.

  • Lab Experiment

Experiment with your knowledge with lab practice because it is crucial to have practical knowledge rather than just theoretical.

  • Certifications

Earn certifications like Cisco’s DevNet Associate and Professional or Red Hat Certified Engineer (RHCE) as it adds value to your resume.

  • Create a portfolio

Create a portfolio with the help of your work experience. Compiling your work history in one place will make it easy for you to provide your work experience.

  • Apply for Jobs

After you are ready with your portfolio, apply for the desired jobs.

Where can we pursue a Network Automation Master Program?

You can pursue the Network Automation Master Program from Network Kings, as it offers various benefits. Before discussing the benefits, let us discuss the details of the course mentioned:

Linux: Linux certification is one of the best open-source operating systems teaching the Red Hat Linux syllabus. The Linux Certification course prepares Linux Installation, Administration, Configuration, Troubleshooting, and Operating System tools. Linux training also enables to write Shell scripts and command lines.

Here are the exam details of RHCSA Linux training:

 

Exam Name                           Red Hat Certified System Administrator (RHCSA) exam

Exam Code                             EX200

Exam Cost                              USD 400 

Exam Format                        Lab-based practical questions

Total Questions                   20-25 questions

Passing Score                       210/300

Exam Duration                     150 minutes

Languages                              English, Japanese, Korean, and Simplified Chinese

Testing Center                      Pearson VUE

 

Here are the exam details for RHCE Linux Training:

 

Three exams for RHCE specify different versions of the Red Hat Linux. These are as follows:

EX294: This exam is based on Red Hat Enterprise Linux 8 (RHEL 8). This exam covers topics such as security, storage management, networking, system administration, and automation using Ansible.

Exam Name                           Red Hat Certified Engineer (RHCE)

Exam Code                            EX294

Exam Cost                             USD 400

Exam Format                       Performance-based questions

Total Questions                 15-20 questions

Passing Score                     210/300

Exam Duration                    4 hours

Languages                            English, Japanese, Korean, and Simplified Chinese

Testing Center                   Pearson VUE

 

Here are the benefits of pursuing the Network Automation Master Program with Network Kings:

  • You can get three courses in one subscription with our master’s program.
  • You can learn from industry experts in the Network Kings.
  • Experience real-world simulations to become job-ready.
  • Get 24×7 access to labs to learn at your convenience.
  • Access virtually from any part of the world.
  • Zero downtime.
  • Industry-oriented training.
  • Choose from Hindi and English.
  • All-time Assistance.
  • 24/7 availability to answer your queries.
  • Revised Syllabus
  • Most delinquent resources to learn from
  • Hands-on Experience
  • Training with virtual labs
  • Earn a completion certificate.
 

Python training: 

The Python for Network Engineers course is created for Network Engineers to know Python course and other conditions of Automation skills utilising Python Programming Language to address Networks and Devices. Python for Network Engineers training deals with the process of Automate tasks on Routers and Switches using Python. With a proper command of Networking coupled with Python training, one can automate networking tasks.

SD-WAN Training: 

The SD-WAN Certification helps in boosting talents and understanding concerning in-depth networking. The Software-Defined Wide Area Network or SD-WAN course creates expertise in preparing, nestling, arranging, and ordering SD-WAN solutions in wide networks in a short span of time. The Cisco SD-WAN training Certification also prepares the SD-WAN structure and migration, arrangement of controllers, deploying and returning edge devices, and the ways to configure Direct Internet Access (DIA). 

Here are the exam details for SD-WAN training:

Exam Code       SDWAN 300-415 ENSDWI

Exam Level       Associate

Exam Cost       $300

Exam Duration   90 Minutes

Exam Format      MCQ & Multiple Response

Total Question   55-65 Questions

Passing score   Variable (750-850 / 1000 Approx.)

Language       English & Japanese

What are the top job roles' after pursuing the Network Automation Program?

Top Job roles after pursuing the Network Automation course are: 

  1. Network Automation Engineer
  2. Sr. Network Automation Engineer
  3. Software Engineer- Network Automation + DevOps
  4. Python/ Perl Developer
  5. Automation Programmer
  6. Network Automation Tester
  7. Senior Specialist with Network Automation Development
  8. L3 Network Engineer
  9. Network Engineer Architect
  10. Network Engineer II
  11. Network Infrastructure Engineer
  12. Software QA Engineer
  13. Team Lead- Network Automation
  14. Industrial Network Engineer
  15. Network Security Operations Security Engineer
  16. SW QA Engineer
  17. L2 Network Support Engineer
  18. L3 Network Support Engineer
  19. Sr. Cloud Network Engineer
  20. CSI- Network Engineer L6

What are the salary expectations after the Network Automation Program?

The salary expectations after the Network Automation Program are:

  • United States – USD 114,32O
  • Canada – CAD 78,261
  • United Kingdom – £ 66,250
  • Germany – € 64,817
  • France – € 42,000
  • United Arab Emirates – AED 1,93,200
  • India – INR 4,00,000
  • Japan – ¥ 61,57,047
  • South Africa – ZAR 780,000

Conclusion

The Network Automation Master Program by Network Kings is for students who want to make their career in Network Automation. Network Automation Engineering has a high scope. There are various job opportunities after the Network Automation course Program, and the field also offers high-salary opportunities.

An Introduction To Network Automation In Networking

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what is network automation?
what is network automation?

The days of manual network configuration and administration are long gone. With the arrival of network automation, networking professionals can now manage and configure large networks with ease.

Network automation refers to automating the management, configuration, and deployment of network devices. It can be used to provision new devices, monitor devices for performance and availability, and even troubleshoot issues.

Network automation benefits both networking professionals and the organizations they work for. It can help save time and money, improve network reliability and stability, and even make networks more secure.

If you are a networking professional or if you’re preparing to take the Cisco Certified Network Associate (CCNA) exam, then it is time to learn about network automation. This guide will provide you with a basic introduction to network automation and its benefits.

What is network automation?

Network automation is the process of automating the configuration, management, and deployment of network devices quite beneficial for network administrators. Both hardware and software components can be included.

It can also include processes such as authentication and authorization, as well as other key functions. The following are the main goals of network automation:

  • To reduce the need for manual interventions, and
  • To enable a superior management of network resources. 

With network automation, network administrators can easily configure, deploy, and manage network devices with less time and effort. Network automation also eliminates boring tasks and can help reduce operational costs. 

The most common tools used for network automation include:

  • Configuration management software, 
  • Network management tools, and 
  • Scripting tools. 

Configuration management software:

Configuration management software allows administrators to quickly and easily configure and deploy new devices, monitor devices for performance and availability, and even troubleshoot issues. 

Network management tools:

Network management tools provide real-time insights into network performance, health, and availability and can help identify potential service problems. 

Scripting:

Scripting tools can be used to automate routine tasks and processes, thus reducing the need for manual intervention.

What are the benefits of network automation?

Network automation offers many benefits for networking professionals and the organizations they work for. You can check out the benefits of network automation listed below:

  • With network automation, networks can be configured and managed more efficiently, resulting in reduced operational costs. 
  • Network automation also eliminates manual and boring tasks, freeing up time for more important tasks. 
  • Network automation also improves reliability and stability, as well as service availability.
  • Automated processes ensure that devices and services remain available and running at all times, reducing the possibility of outages and other service interruptions.
  • Furthermore, automated processes can help identify problems early on, reducing downtime and preventing network issues from escalating. 
  • Moreover, network automation can also help improve security. 
  • Automation can detect misconfigurations, abnormal network behaviors, and suspicious activities quickly and accurately, providing more timely and accurate security alerts.
  • Automation can also help enforce security policies and provide faster resolution of security issues.

What are the challenges of network automation?

Although network automation provides many benefits to networking professionals and the organizations they work for, it is not without its challenges. 

  • Professionals lack proper training:

One of the main challenges of network automation is the lack of proper training. Network automation requires knowledge of programming languages, such as Python and Ansible, as well as a proper understanding of network protocols and solutions. Without proper training and experience, it can be difficult to properly configure and manage networks. 

  • The complexity of networks:

Another challenge of network automation is the complexity of the networks themselves. With the increasing complexity of networks, it can be difficult to properly configure and manage them manually. Automating large and complex networks requires automation tools that are capable of handling the complexity of the network. 

  • Hefty investments:

Furthermore, network automation can also require a high upfront investment. Automation tools can be costly, and they may also require additional hardware and software investments.

How to get started with network automation?

If you are a networking professional looking to get started with network automation or just preparing to take the CCNA exam, the best place to start is with the basics. 

Familiarize yourself with the different types of automation tools and how they can benefit you and your organization. Learn how to properly configure your network devices with automation tools and understand the challenges associated with large and complex networks. 

To get started, first determine the type of automation tools you need. There are many different tools available, ranging from basic scripting tools to more advanced automation solutions. Once you have identified the tools you need, research each tool and learn how to properly configure and use them. You should also familiarize yourself with the different programming languages and protocols associated with network automation.

But you don’t have to worry about all of it if you get enrolled in our CCNA course.

Conclusion

Network automation offers countless benefits for both networking professionals and the organizations they work for. With automation, networks can be configured and managed more efficiently, resulting in improved performance, availability, and security. 

However, network automation is not without its challenges. Proper training and understanding of network protocols and tools are essential to successful network automation. 

To get started with network automation, determine the type of automation tools you need and research each one thoroughly. With the right training and tools, network automation can provide your organization with the reliability and security it needs.

In the upcoming blog, we will dive deeper into network automation for proper CCNA preparation. This guide is to just give you a gist about network automation in general.

Stay tuned for more blogs for the CCNA 200-301 series!