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The Best Cisco Courses You Can Do Online

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In demand cisco courses
In demand cisco courses

Why Cisco Courses? The IT industry is booming right now, especially the network infrastructure industry. This industry is expected to grow at a CAGR of 5.3% from 2022 to 2028 with a revenue of $80.7 billion. This has led to a whopping increase in the demand for network professionals, especially Network Engineers.

When we talk about Network Engineers, the first thing that pops up is the Cisco courses. These certifications are vendor-specific and the most popular certifications to enter the networking industry.

In this guide, we will discuss the complete cisco certification path and how you can kickstart a career in the networking industry. We will also graze over the best Cisco certification courses at different levels as mentioned by Cisco itself.

In addition to that, we will also cover the respective exams that are covered in various Cisco certifications. We will also discuss the job prospects and the salaries of the various professionals accordingly.

Keep on reading to know about the Cisco courses in detail.

The Levels of the Cisco Courses

Cisco Courses pathway

The Cisco certifications are divided into the following descending level of hierarchy:

  • The Associate-level Cisco certifications
  • The Professional-level Cisco certifications
  • The Expert-level Cisco certifications

In this guide, we will discuss all these different levels of certifications in detail.

The Associate-Level Cisco Courses

You can consider the associate-level Cisco certifications if you are a beginner and you want to begin your career in the networking industry as a Network Associate. The most popular Cisco associate-level certification is the Cisco Certified Network Associate (CCNA) certification.

Let us now dive deep into the associate-level courses.

1. Cisco Certified Network Associate (CCNA):

The CCNA certification is the world’s most popular certification to enter the networking industry. With the everchanging networking and IT landscape, the CCNA certification proves your skills in managing and optimizing the most advanced networks.

Exam: You need to take the CCNA 200-301 exam in order to become a Cisco Associate.

What You’ll Learn in the Course?

You will learn the following skills:

  • Network fundamentals
  • Network access
  • IP connectivity
  • Security fundamentals
  • Automation and programmability

What are the requirements for the course?

The prior requirements for associate-level Cisco courses are as follows:

  • You must have basic computer and hardware knowledge.
  • If you don’t have any prior computer knowledge, I recommend you take CompTIA A+ certification first.

What are the Job Opportunities after CCNA?

You can land the following jobs after CCNA:

  • Entry-level Network Engineer
  • Technical Support Engineer
  • Systems Engineer
  • Network Administrator
  • Information Technology (IT) Manager
  • Help Desk Technician

2. Cisco Certified DevNet Associate:

If you want to learn network automation across a network, security, collaboration and network infrastructure, the Cisco Certified DevNet Associate is the best Cisco course to enroll in. You can also learn Python in order to learn network automation as a Network Engineer.

Exam: You need to take the 200-901 DEVASC exam in order to become a DevNet Associate.

What You’ll Learn in the Course?

You will get hands-on with the following skills:

  • Enterprise
  • Data Center
  • Security 
  • Service Provider
  • Collaboration

What are the requirements for the course?

There are no harsh requirements for the course. 

  • You just need to have some introductory knowledge about computers.
  • You need to have at least one year of experience with software development and Python in general.

What are the Job Opportunities after DEVASC?

You can land the following jobs:

  • Network Automation Engineer
  • Network Developer

3. Cisco Certified CyberOps Associate:

Who handles the networks when an organization becomes prone to cybersecurity threats? Here is where you can be the hero by becoming a CyberOps Associate. You get to work closely with the Security Operations Center (SOC) team.

Exam: You need to take the 200-201 CBROPS in order to become a CyberOps Associate.

What You’ll Learn in the Course?

You get a chance to learn the following skills:

  • Security concepts
  • Security monitoring
  • Hotbased analysis
  • Network intrusion analysis
  • Security policies and protocols

What are the requirements for the course?

There are no prior requirements for this certification course.

What are the Job Opportunities after CBROPS?

You can land the following jobs:

  • Cybersecurity Support Analyst
  • System Administrator
  • Network and Security Administrator
  • Entry-level Network Engineer

The Professional-Level Cisco Courses

Once you are done with the associate-level Cisco courses and worked for almost 2-3 years in the networking industry, it is the best time to climb up the ladder. It is always recommended to do the associate Cisco courses first in order to move forward to the professional-level Cisco courses.

There is one thing common about all the professional Cisco courses, and that is, you need to give two exams if you want to become a Cisco professional. These two exams are:

  • The core exam:

This exam covers all the core technologies that are the basic foundation of Cisco technology.

  • The concentration exam:

You can consider this exam to prove your expertise in a specified technology. You can then refine your skills through this exam preparation.

1. Cisco Certified Network Professional (CCNP) Enterprise:

With the CCNP Enterprise certification, you can prove your knowledge in managing the world’s biggest networks. You can prove your skills in configuring, troubleshooting, and managing the networks of the biggest companies across the globe.

Exam: You need to take the following exams:

  • A core exam (350-401 ENCOR), and 
  • A concentration exam [Implementing and Operating Cisco Enterprise Network Core Technologies (ENARSI)], or
  • A concentration exam (300-415 ENSDWI)

What You’ll Learn in the Course?

You will get to learn the following skills in CCNP Enterprise training:

  • Enterprise infrastructure
  • Virtualization
  • Assurance
  • Security
  • Automation 

What are the requirements for the course?

  • It is recommended that you have a CCNA certification before enrolling in the CCNP course.
  • It is good if you already have 1-2 years of experience in the networking industry.

What are the Job Opportunities after CCNP Enterprise?

You can land the following jobs:

  • L2 Network Engineer
  • TAC Engineer
  • NOC Engineer
  • Network Security Engineer
  • SD-WAN Engineer (must clear the 300-415 ENSDWI exam)

2. Cisco Certified DevNet Professional:

If you want to become a pro with software and network infrastructure, this Cisco certification is for you. You develop the skills to develop and maintain apps built on Cisco platforms.

Exam: You need to take the following exams:

  • A core exam, 350-901 DEVCOR exam
  • A concentration exam, DEVCOR exam

What You’ll Learn in the Course?

  • Implement network applications
  • Software designing to diverse system integration
  • Testing and deploying automation

What are the requirements for the course?

  • It is recommended to have CCNA certification.

What are the Job Opportunities after CCNP Enterprise?

  • DevNet Architect
  • Network Engineer

3. CCNP Security:

You can prove your skills in the cybersecurity domain with the CCNP security certification. You can protect the networks and the data that your clients rely on. 

Exam: You need to take two exams:

  • A core exam, 350-701 SCOR exam
  • A concentration exam, SCOR exam

What You’ll Learn in the Course?

You will learn the following skills:

  • Infrastructure
  • Virtualization
  • Assurance
  • Security
  • Automation

What are the requirements for the course?

There are no formal requirements for the course. You just need to have CCNA certification and at least 1-2 years of hands-on experience is recommended.

What are the Job Opportunities after CCNP Security?

You can become a Network Security Engineer.

4. CCNP Service Provider:

With the CCNP Service Provider certification, you can prove your skills in configuring, verifying and optimizing service provider IP infrastructure. You get to learn how to improve networks.

Exam: You need to take two exams:

  • A core exam, 350-501 SPCOR exam
  • A concentration exam, SPCOR exam

What You’ll Learn in the Course?

You can expect to master the following technologies in this course: 

  • Core architecture
  • Services
  • Networking
  • Automation
  • QoS
  • Security
  • Network assurance

What are the requirements for the course?

There are no prior requirements for the CCNP service provider course. You must have a CCNA certification though.

What are the Job Opportunities after CCNP Service Provider?

You can land a job as a Network Engineer specializing in Service Provider.

The Expert-Level Cisco Courses

The expert-level Cisco courses are the highest-level of Cisco courses. It is best to go for these courses only when you have achieved associate and professional-level certifications. Along with it, it is also recommended to have around three to five years of experience in networking technologies.

In order to qualify for these expert-level certifications, you need to pass two exams:

  • Qualifying exam:

The qualifying exam tests your knowledge of a particular technology through performance-based or multiple-choice questions.

  • Lab exam:

The lab exam tests your overall hands-on knowledge through practicals, i.e., the lab exam. 

Since CCIE Enterprise Infrastructure is the most popular expert-level Cisco course, we will get into it in detail.

1. Cisco Certified Internetwork Expert (CCIE) Enterprise Infrastructure:

You can master enterprise infrastructure technologies and become a skilled professional in working with complex enterprise infrastructure solutions with the CCIE Enterprise course.

Exam: You need to give two exams:

  • A qualifying exam, 350-401 ENCOR exam to test your knowledge in enterprise networking infrastructure.
  • A lab exam, CCIE Enterprise Infrastructure v1.0 is an 8-hour practical lab exam that tests your knowledge about the end-to-end lifecycle of complex enterprise networks.

What You’ll Learn in the Course?

You will learn the following:

  • Enterprise network lifecycle
  • Designing enterprise networks
  • Deploying enterprise networks
  • Operating enterprise networks
  • Optimizing enterprise networks

What are the requirements for the course?

  • You need to have at least associate and professional-level Cisco certifications.
  • You must have at least 3-5 years of experience in the networking industry.

What are the Job Opportunities after CCIE Enterprise?

You can apply for the following job roles after completing the CCIE course:

  • Infrastructure Architect
  • Senior Network Consultant
  • Cisco Network Administrator
  • Network Engineer
  • Senior Network Engineer

Why choose Network Kings to Learn these courses?

Network Kings is an online education platform that is solely driven by the idea of making education accessible for all at the most affordable pricing competitively, in a rare yet evolving domain like that of networking. Our constant efforts and growth is defying conventional notions of learning like, education needs to be expensive to be most effective. 

Physical learning is more student-centred and whatnot. Our learning is student-centred as the classes being held online are catering to learners’ schedules primarily. Secondly, we provide live cisco courses training to omit any doubts. Entire learning is being delineated by industry engineers, who bring their real-world experience of about 10+ years, to the table. Our aim is to generate employment for all. 

It’s a Wrap!

So far, we have discussed all the popular Cisco courses that have led to millions of successful careers in the tech industry. You can also begin the journey of your dream career by taking the online Cisco course provided by Network Kings!

Happy learning.

Is Cyber Security a Good Career?

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is cyber security a good career in india
is cyber security a good career in india

Is Cyber security a Good career choice in India? With the increased Internet adoption, almost every business/personal information is present online. This brings in the very need for cybersecurity professionals who can protect this online hosted, often sensitive information.

According to the U.S. Bureau of Labor Statistics, the employment requirements for the position of Information Security Analyst will grow up to 31% from 2019 to 2029. In contrast to that, the average growth rate of other jobs is just 4%! This is a testament to how significant it is today to pursue a cyber security career.

It’s time to address the elephant in the room: is cyber security a good career in India? To know the answer to this question, read this blog till the end. Let’s get started.

What is cybersecurity?

Everything has gone to the Internet in today’s digital age. Nearly all companies have websites online, and a lot of private data is accessible there that might be abused by anyone.

Through untrusted Wi-Fi, third-party payment gateways, pop-up advertising, etc., your personal or professional information may be taken. Such suggestions could easily fool an untrained person. Therefore, it is essential to strengthen the websites’ security.

The practice of protecting computer systems, servers, mobile devices, networks, and personal data from dangerous online attacks is known as cybersecurity. Due to the fact that every business organization is looking for cybersecurity experts to meet their security requirements, there is an increased need for cybersecurity expertise.

Is Cyber Security a good career in future?

With all other different budding technologies across the globe such as cloud computing and AI, does cybersecurity still hold that much importance? Is cyber security a good career choice? To know the answers to these questions, it is crucial to understand the scope of the cybersecurity professionals in the tech industry.

To gauge if cybersecurity is a good career in India, you need to read the following pointers.

  • Workforce shortage:

Do you know that there are over 1.5 million unfilled job positions in the IT security domains? This is a huge marker of the sky-high demand for cybersecurity professionals across the tech industry. From IT to healthcare companies, all of them need a cybersecurity professional today!

  • Better salary prospects:

According to Glassdoor, Rs. 7,06,278 is the average salary of a cybersecurity engineer in India per year. This number could range between Rs. 3 LPA to Rs. 18 LPA based on your skills and domain knowledge. Overall, you can make big bucks in this industry.

  • Bright future:

There is a vast scope for cybersecurity professionals as far as career growth is concerned. You can enter cybersecurity consultancy roles to recommend steps to protect the systems and critical data of various business organizations.

  • Take on leadership and management roles:

You can look into career paths for management and leadership positions including Chief Information Security Officer (CISO), Security Operations Manager, and Security Architect. You can gain extensive expertise in managing teams, supervising security operations, and creating security policies by working in such jobs.

  • Specialize in emerging technologies:

As IT systems advance, new problems with cyber security are emerging. You can specialize in cutting-edge technologies like the Internet of Things (IoT), artificial intelligence (AI), blockchain, and cloud computing by becoming an expert in cyber security.

  • Area for hybrid work model:

Cybersecurity is no exception to the remote work model. After gaining certifications and hands-on experience, you can apply for various remote work jobs or even at companies that follow a hybrid work model. It’s all your choice.

  • Stay ahead of the curve:

By gaining multiple cybersecurity certifications, you can become an in-demand cybersecurity professional in the eyes of the recruiter. You can choose from a variety of certifications such as Certified Ethical Hacking (CEHv12), CompTIA PenTest+, CompTIA CySA+, Certified Information Systems Security Professional (CISSP), etc. to further advance in your career.

All the above-mentioned pointers can answer why is cyber security a good career choice.

How to build a solid cybersecurity career?

How to build a solid cybersecurity career?

Cybersecurity is one of the fastest-growing industries. To enter this fast-paced domain, it is crucial to invest in certifications and work on hands-on projects to build a solid portfolio for getting jobs.

If you’re starting a cyber security career from scratch, you can follow the following steps:

  • Get a degree: After finishing high school, the initial step is to pursue a graduate degree in computer science or a closely related discipline.
  • Add on an online course/degree: Following graduation, you have the option of pursuing a cybersecurity-focused master’s degree or enrolling for an authorized online course in the subject.
  • Pursue solid certifications: Then you can start concentrating on obtaining globally accepted certifications that are appropriate for your job objectives and pursuits.
  • Gain practical experience: You must simultaneously invest in learning first-hand about the cybersecurity industry. This involves working on initiatives related to cyber security and completing internships.
  • Enhance online visibility: It’s crucial to create a compelling LinkedIn profile that highlights all of your completed projects. You can also write dedicated blogs and publish them on Medium or your own portfolio website.
  • Land your first job: After following all the above steps, you can start applying for jobs through LinkedIn, Monster, Indeed, Naukri, etc., and land your first cybersecurity job!

In-demand courses and certifications for a successful cybersecurity career

The best way to upskill or enter the cybersecurity industry is to enroll in top-notch online cybersecurity courses. By gaining knowledge through these courses, should you not only get the right skills but also hands-on experience. 

Based on your area of interest, you can pursue the following cybersecurity certifications:

  • Certified Ethical Hacking (CEHv12):

To stop your systems from being harmed, you must think like a hacker. This is what the course’s guiding principle is. Through the CEH course offered by the EC Council, you gain a practical understanding of the fundamentals of ethical hacking.

  • CompTIA CySA+:

This high-level certification from CompTIA focuses on transitioning you into a cybersecurity analyst. You acquire the ability to use behavioral analytics to foresee and prevent future cyberattacks. You can achieve this by evaluating the security of current systems.

  • CompTIA PenTest+:

The CompTIA PenTest+ certification is the greatest tool for learning to help you become an expert in penetration testing and vulnerability assessment if you wish to enhance your knowledge in these fields. You learn how to test the security of systems by conducting simulated cyberattacks on them.

  • Certified Information Systems Security Professional (CISSP):

The Certified Information Systems Security Professional (CISSP) program is offered by the International Information System Security Certification Consortium, usually referred to as (ISC)2. You get knowledge of several security principles and procedures.

  • Certified Information Security Manager (CISM):

The Certified Information Security Manager (CISM) credential, provided by ISACA, improves your capacity for designing and overseeing enterprise information security (infosec) systems. Information security governance, incident management, information risk management, program development and management, and other topics are covered.

Where can you prepare for the cybersecurity exams?

It is recommended to enroll in online courses that are aligned with industry standards and provide you with all the required hands-on practical knowledge. At Network Kings, you can gain hands-on knowledge by learning directly through top-notch cybersecurity engineers.

The benefits of enrolling at Network Kings are as follows:

  • Virtual labs: The biggest virtual labs in the world are always accessible.
  • 1:1 online classes: Real-time, interactive classes with cybersecurity engineers.
  • Recordings: Access the most recent and earlier batches of recordings.
  • Doubt sessions: Expert doubt sessions to dispel any uncertainties.
  • Career counselors: There is ongoing career counseling throughout the training.
  • Resume tips: Guidelines and tactics for writing the most appealing resume.
  • Progress tracking portal: You’ll have access to the Network Kings online dashboard, where you can keep track of your progress.

What are you waiting for? Register now to book a free career guidance session with our experts.

Job opportunities you can land in the Cybersecurity domain

Advanced cyber security jobs

According to businesstoday, there were over 40,000 job openings in May 2023 in India for various cybersecurity roles. You can apply for the following job roles:

  • Ethical Hacker 
  • Threat Hunter Security Consultant 
  • Cloud Penetration Tester 
  • Web App Penetration Tester
  • Application Security Analyst 
  • Threat Intelligence Analyst 
  • Security Administrator
  • Security Engineer/Analyst
  • Network and Security Specialist 
  • Penetration Tester
  • Security Operations Center (SOC) Analyst 
  • Systems Administrator 
  • DevOps Software Developer
  • IT Project Manager Network
  • Cyber Security Analyst System Engineer
  • Chief Information Security Officer (CISO)
  • Compliance Security Analyst
  • Information Security Engineer/Manager
  • Cyber Security Auditor
  • Vulnerability Analyst

What are the salary prospects for cybersecurity professionals?

You can expect the following salary packages as a cybersecurity professional based on the country you live:

  • United Kingdom (UK): £40,000 – £90,000 per year
  • China: CNY 200,000 – CNY 600,000+ per year
  • Japan: JPY 4,000,000 – JPY 8,000,000+ per year
  • Brazil: BRL 60,000 – BRL 150,000+ per year
  • Netherlands: €40,000 – €90,000 per year
  • South Korea: KRW 40,000,000 – KRW 100,000,000+ per year
  • Egypt: EGP 100,000 – EGP 400,000 per year
  • Australia: AUD 80,000 – AUD 150,000+ per year
  • India: INR 500,000 – INR 2,000,000 per year
  • United States (USA): $80,000 – $150,000+ per year
  • Canada: CAD 70,000 – CAD 120,000+ per year
  • South Africa: ZAR 250,000 – ZAR 700,000+ per year

It’s a wrap!

That’s all for this blog. This guide is the best for individuals who want to know the answer to this question: is cyber security a good career choice? We have listed the scope of the cybersecurity professionals and the steps to build a solid cybersecurity career.

With the increased demand for cybersecurity professionals, now is the best time to invest in a large industry like cybersecurity!

Top Information Technology Courses after Graduation

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Information Technology Courses
Information Technology Courses

Do you aspire to enter the IT industry but you’ve no prior work experience? Don’t worry, we have curated a list of the top most popular Information Technology courses list that can help you make big bucks in the industry.

Most of the peeps are clueless after completing their school or even graduation. But the best part about IT is that you can break into it even with certification courses no matter what your educational background. We have created a list of the best Information Technology courses that you can pursue even online!

Stay tuned till the end of the blog to know where you can pursue all the trending Information Technology course details.

What is an Information Technology course?

An Information Technology course refers to a career kickstarting course in the IT industry. Anyone irrespective of their career/study background can enroll in such courses to begin their IT journey.

Due to enhanced career growth and attractive salary packages, many individuals are shifting their careers to Information Technology. If you aspire to be an IT professional as well, the first thing that you need to let go of: ‘people with only IT degrees can make it into IT’.

In today’s time, this is such a false belief. Especially at Network Kings, we have built a successful community of over 1500+ students who have broken into the Information Technology industry without any relevant Information Technology degree courses.

In this guide, we have discussed all the Information Technology courses you can do after 12th and even after graduation. Even if you want to pursue Information Technology masters courses, we’ve got you!

Why is it important to pursue Information Technology courses?

Pursuing an Information Technology course can turn out to be the best career move you can ever make. The following reasons make it essential to pursue an Information Technology course:

  • Aligning with the world’s current demands:

Tech is the most revolutionizing aspect across the globe. By learning Information Technology, you can bridge the gap between the world’s modern requirements. These courses can provide you with all the necessary skills that employers seek.

  • Vivid job opportunities:

Pursuing an Information Technology course can open the doors to a diverse range of job opportunities in the tech industry. For instance, after completing the CCNA course, you can apply for jobs like Network Engineer, TAC Engineer, NOC Engineer, Network Administrator, etc.

  • Secured career:

As technology plays an important role in today’s world, IT jobs are considered a stable and secure career choice. You can foster a successful career in tech by enrolling in IT courses.

  • Competitive salaries:

Since the IT professionals are in the highest demand than any other professionals, you can secure high-paying jobs in the industry.

Information Technology courses after graduation

Let’s look at the Information Technology courses online that you can pursue after graduation. 

  • Cisco Certified Network Associate (CCNA):

The Cisco Certified Network Associate (CCNA) certification is one of the best information technology engineering courses to pursue after graduation. If you are keen to build a career in the IT industry but you don’t want to code, CCNA course is the best IT course to enroll in.

At Network Kings, you can cover the CCNA 200-301 exam course curriculum. You will learn the fundamentals of networking, routing and switching, basics of routing protocols, switching, automation and programmability.

Average salary: Rs. 5 LPA

Course eligibility:

  • There are no strict pre-requirements for the CCNA course. If you have a graduate degree irrespective of your subjects, you can undertake the CCNA course.
  • It is recommended to have a background in computer science.
  • It is good to have knowledge of computer basics.
  • If you want to become a Network Engineer, this course is for you.

Job opportunities after CCNA:

  • Network Administrator
  • Network Engineer
  • Systems Administrator
  • TAC Engineer
  • IT Support Specialist
  • Network Technician
  • Network Security Specialist
  • Network Operations Center (NOC) Technician
  • VoIP Engineer
  • Wireless Network Engineer
  • Network Virtualization Engineer
  • IT Auditor
  • Data Center Technician
  • Network Analyst
  • IT Consultant
  • Cybersecurity Analyst
  • Cloud Solutions Architect
  • IT Project Manager
  • Information Security Administrator
  • Network Solutions Sales Specialist
  • Network Instructor/Trainer

  • Cisco Certified Network Professional (CCNP):

The Cisco Certified Network Professional (CCNP) certification course is an intermediate-level networking course. It is meant for candidates who want to upskill after the CCNA course. This Information Technology course will make you confident in working with advanced routing and switching, protocols like OSPF, BGP, MPLS, EIGRP, etc. You will also learn about network infrastructure, network security, and virtualization.

Average salary: Rs. 9 LPA

Course eligibility:

  • It is recommended to have CCNA knowledge before enrolling in a CCNP course.
  • You must have knowledge about the basics of computers and networking.

Job opportunities after CCNP:

  • Network Solutions Architect
  • Senior Network Engineer
  • Network Security Engineer
  • Systems Engineer
  • IT Manager
  • Network Planning and Deployment Manager
  • Network Consultant
  • Senior Network Administrator
  • Network Operations Manager
  • Cloud Infrastructure Engineer
  • IT Project Manager
  • Cybersecurity Specialist
  • Network Implementation Engineer
  • Network Troubleshooting Specialist
  • IT Team Lead
  • Network Optimization Engineer
  • Wireless Network Manager
  • Data Center Engineer
  • Network Design Specialist
  • VoIP Solutions Engineer

  • Cisco (Software-Defined Wide Area Network) SD-WAN:

Cisco’s SD-WAN course is one of the best info tech courses to learn the world’s new technology, i.e., SD-WAN. Since most business organizations have hail goodbye to the old WAN technology and are adopting the new SD-WAN technology, it is crucial to upskill with the in-demand industry skills.

You learn to install, migrate, manage and deploy SD-WAN, learn about controllers and edge devices and the best practices in the industry.

Average salary: Rs. 12 LPA

Course eligibility:

  • It is recommended to have knowledge about Cisco CCNA and CCNP before enrolling in the SD-WAN course.

Job opportunities after SD-WAN:

  • SD-WAN Network Engineer
  • SD-WAN Solutions Architect
  • SD-WAN Implementation Specialist
  • SD-WAN Administrator
  • Network Security Engineer
  • SD-WAN Deployment Engineer
  • Cloud Networking Specialist 
  • SD-WAN Support Technician
  • SD-WAN Operations Manager
  • Network Virtualization Engineer 
  • SD-WAN Project Manager
  • Senior SD-WAN Analyst
  • SD-WAN Integration Consultant
  • SD-WAN Network Planning and Optimization Engineer
  • SD-WAN Quality Assurance (QA) Engineer
  • SD-WAN Technical Trainer
  • SD-WAN Monitoring and Troubleshooting Specialist
  • Network Transformation Consultant 
  • SD-WAN Systems Administrator

  • Red Hat Linux:

Learning Linux is one of the best career moves that you can make. Since 90% of companies rely on Linux for their everyday jobs compared to Windows, you must learn Linux even if you plan to enter the cybersecurity/cloud computing industry.

The Red Hat Linux course is an exceptional Information Technology course that trains you to handle files, directories, command-line environments, and documents by creating shell scripts. You also learn to operate systems.

Average salary: Rs. 7 LPA

Course eligibility:

  • It is recommended to have knowledge about networks and servers.
  • Being familiar with programming languages such as Python, Java, etc is good.

Job opportunities after Linux:

  • Linux System Administrator
  • Red Hat Certified Engineer (RHCE)
  • Linux Network Administrator
  • DevOps Engineer
  • Cloud Infrastructure Engineer (with Red Hat expertise)
  • Linux Security Specialist
  • Linux Technical Support Specialist
  • Linux Systems Analyst
  • Linux Virtualization Engineer
  • Linux Cloud Architect
  • Linux Monitoring and Performance Specialist
  • Linux Network Security Administrator
  • Linux Application Support Engineer
  • Linux Database Administrator
  • Linux Deployment Engineer
  • Linux Kernel Developer
  • Linux Automation Specialist
  • Linux Integration Consultant
  • Linux DevSecOps Engineer
  • Linux Trainer/Instructor

  • Certified Ethical Hacking (CEHv12):

Provided by EC-Council, the Certified Ethical Hacking (CEHv12) course is the world’s most state-of-the-art cyber security course that covers network security, system hacking, cryptography, and web application security.

You also learn penetration testing, ethical hacking, incident response, vulnerability assessment, and disaster management.

Average salary: Rs. 5.1 LPA

Course eligibility:

  • It is recommended to have basic knowledge of computers.
  • It is also recommended to have knowledge of programming languages such as Python.

Job opportunities after CEH:

  • Ethical Hacker
  • Cybersecurity Analyst
  • Penetration Tester
  • Security Consultant
  • Information Security Specialist
  • Incident Response Analyst
  • Network Security Administrator
  • Cybersecurity Engineer
  • Vulnerability Assessment Specialist
  • Security Operations Center (SOC) Analyst
  • IT Security Auditor
  • Risk Assessment Specialist
  • Cybersecurity Operations Manager
  • Malware Analyst
  • Forensic Analyst
  • Application Security Engineer
  • Cyber Threat Intelligence Analyst
  • Security Compliance Analyst
  • Cybersecurity Researcher
  • Cybersecurity Trainer/Instructor

  • CompTIA Security+

The CompTIA Security+ course is an entry-level cyber security course provided by CompTIA. This Information Technology course is one of the best courses to begin a career in the cybersecurity industry.

Learn hands-on troubleshooting and problem-solving skills to access, monitor and secure, operate, identify, analyze, and respond to security events and incidents.

Average salary: Rs. 5.7 LPA

Course eligibility:

  • It is recommended to have CompTIA A+/CompTIA Network+ knowledge under your belt.
  • If you do not have these certifications, you should have basic knowledge of computers and networking.

Job opportunities after CompTIA Security+:

  • Security Analyst
  • Information Security Specialist
  • Network Security Administrator
  • Cyber Security Consultant
  • Security Operations Center (SOC) Analyst
  • IT Security Administrator
  • Network Security Technician
  • Cybersecurity Auditor
  • Security Operations Specialist
  • IT Security Consultant
  • Security Engineer
  • Cybersecurity Technician
  • Systems Security Administrator
  • Incident Response Analyst
  • Information Assurance Specialist
  • Security Compliance Analyst
  • Cybersecurity Analyst
  • Application Security Specialist
  • Threat Intelligence Analyst
  • Security Solutions Architect

  • AWS Certified Cloud Practitioner:

The AWS Cloud Practitioner certification is one of the best Information Technology courses to begin a career in the cloud computing industry. This is the best certification for those with zero knowledge about cloud computing and who wish to enter the cloud industry.

This certification covers the basics of AWS cloud, services, and terminology.

Average salary: Rs. 4.6 LPA

Course eligibility: 

  • There are no strict formalities to enrolling in the AWS cloud practitioner.
  • All you need is an open mind and curiosity to learn.

Job opportunities after AWS Cloud Practitioner:

  • Cloud Support Associate
  • Cloud Solutions Architect (Associate level)
  • Cloud Operations Analyst
  • Cloud Sales Specialist
  • Cloud Consultant
  • Cloud DevOps Engineer
  • Cloud Systems Administrator
  • Cloud Network Engineer
  • Cloud Security Analyst
  • Cloud Business Analyst
  • Cloud Project Coordinator
  • Cloud Account Manager
  • Cloud Technical Writer
  • Cloud Data Engineer
  • Cloud Application Developer
  • Cloud Solutions Engineer
  • Cloud Infrastructure Specialist
  • Cloud Operations Manager
  • Cloud Product Manager
  • Cloud Trainer or Instructor

  • AWS Certified Solutions Architect – Associate:

The AWS Certified Solutions Architect – Associate certification is a beginner-level cloud certification. It trains you in designing cost and performance-optimized solutions and getting a strong understanding of AWS frameworks.

Average salary: Rs.7 LPA

Course eligibility:

  • It is recommended to have knowledge about the AWS Cloud Practitioner certification.
  • You must be familiar with the fundamentals of networking, servers, and cloud computing.

Job opportunities after AWS:

  • AWS Solutions Architect
  • Cloud Solutions Architect
  • Cloud Infrastructure Architect
  • Cloud Migration Specialist
  • AWS Cloud Consultant
  • DevOps Engineer
  • Cloud Operations Manager
  • Cloud Solutions Developer
  • Cloud Automation Engineer
  • AWS Cloud Integration Specialist
  • Cloud Technical Lead
  • Cloud Systems Engineer
  • Cloud Security Architect
  • Cloud Network Architect
  • AWS Cloud Engineer
  • Cloud Application Architect
  • Cloud Project Manager
  • Cloud Enterprise Architect
  • AWS Cloud Operations Analyst
  • Cloud Platform Administrator

  • AZ-104: Microsoft Azure Administrator

After Amazon Web Services (AWS), Microsoft Azure course is one of the best cloud certifications to go for! By enrolling in the AZ-104 Information Technology course, you learn to implement, manage, and monitor an organization’s Microsoft Azure environment.

Average salary: Rs. 6.7 LPA

Course eligibility: 

  • It is recommended to have prior knowledge about networking and servers.
  • It is recommended to have knowledge of Windows Server 2019/2016, etc.

Job opportunities after AZ-104:

  • Azure Administrator
  • Cloud Administrator
  • Cloud Operations Specialist
  • Azure Solutions Specialist
  • Azure Infrastructure Engineer
  • Cloud Support Engineer
  • Azure Consultant
  • Cloud Application Administrator
  • Azure Governance Specialist
  • Cloud Compliance Analyst
  • Azure Identity and Access Management (IAM) Specialist
  • Cloud Backup and Disaster Recovery Specialist
  • Azure DevOps Engineer
  • Cloud Security Analyst
  • Azure Network Engineer
  • Cloud Migration Specialist
  • Azure Database Administrator
  • Cloud Monitoring and Analytics Specialist
  • Azure Virtualization Engineer
  • Cloud Automation Engineer

  •  Google Cloud Platform (GCP) Associate Cloud Engineer:

The Google Cloud certifications are very popular amongst aspiring candidates who wish to enter the cloud industry. With the GCP Associate Cloud Engineer certification, you learn to deploy applications, monitor day-to-day operations, and manage enterprise solutions. You also learn to use the Google Cloud Console and command-line interface.

Average salary: Rs. 4.6 LPA

Course eligibility: 

  • There are no prerequisites to this course.
  • It is recommended to have knowledge about computers and servers.

Job opportunities after GCP Associate Cloud Engineer:

  • Associate Cloud Engineer
  • Cloud Solutions Engineer
  • Cloud Infrastructure Engineer
  • Cloud Operations Specialist
  • Cloud Application Developer
  • Cloud Security Analyst
  • Cloud Data Engineer
  • Cloud Migration Specialist
  • Cloud Automation Engineer
  • GCP Solutions Architect (Associate level)
  • Cloud Platform Administrator
  • GCP Cloud Consultant
  • Cloud Support Engineer
  • Cloud DevOps Engineer
  • Cloud Systems Administrator
  • Cloud Network Engineer
  • GCP Cloud Engineer
  • Cloud Technical Lead
  • Cloud Integration Specialist
  • Cloud Monitoring and Analytics Engineer

What is the scope of Information Technology courses?

Once you enter the IT industry through these in-demand Information Technology courses, we bet that your future looks promising and full of opportunities. The scope of the Information Technology engineering courses has been mentioned below:

  • Exponential career growth:

By acquiring the knowledge of these Information Technology certifications, you can open the pathway to unlimited job opportunities. Almost every business organization is on the lookout for technically-proficient individuals. You can make six figures and advance further in your career.

  • Learn modern technologies:

The Information Technology courses are a reflection of all the modern tech and tools the world is deploying currently. You can become a pioneer of something big by learning via these radical courses. Some of the most popular technologies are SD-WAN, DevOps, etc.

  • Global recognition:

If you enroll in a course offered by world-class organizations such as Cisco, EC-Council, RedHat, etc., you can stand out from the crowd and showcase your commitment to constant learning. Getting these certifications will always keep you ahead of the curve.

Is pursuing an Information Technology course worth it?

The answer to this question is rather subjective. It depends on an individual’s interests, career goals, and the amount of investment he’s ready to make. Information Technology is indeed a lucrative field and people associated with it can build a solid career in the industry.

By pursuing an IT career in the industry, you can enhance your career and salary prospects. With such a rewarding career comes the responsibility of constant learning and upskilling. Therefore, it is important to stay updated with industry standards.

To answer this question, yes, it is completely worth it to pursue a career in the IT field considering you want to excel in this industry with a dedicated mind.

Why choose Network Kings?

Enrolling in Information Technology courses has become easy as pie today. With a tap of your finger, you can browse unlimited online Information Technology courses. The problem lies in which course you should choose!

Network Kings is a one-of-a-kind platform where you can learn directly from top-notch Engineers who are thoroughly experienced in the industry. The benefits of enrolling at Network Kings are as follows:

  • Live classes: Attend live interactive classes with the best Engineers with over 12 years of cumulative industry experience.
  • Doubt sessions: Get your doubts cleared through live doubt sessions that occur 1:1 with the experts.
  • Alumni interaction: Connect with the alumni to get a clearer picture of your career goals.
  • Lab access: Get 24/7 access to the world’s biggest virtual labs such as EVE-NG, Packet Tracer, RedHat Labs, etc.
  • Recorded sessions: Get recordings of the live sessions.
  • Flexible schedule: The session timings are flexible keeping in mind the working professionals’ tight schedules. Most of the classes are held on weekends.
  • Career support: Constant career counselor support to help you resolve your issues. You also get technical support where you can raise your tickets. They’re resolved the fastest!
  • Online portal: You can track your progress in your course through our online website portal.

What’s stopping you? Talk to our career counselors to get the best-suited course for you!

Conclusion:

That’s a wrap! This blog is the best guide for individuals who seek to know about information technology courses in India. We have covered the top 10 most popular choices of individuals who want to break into this industry. Everything from what’s covered in these courses to the Information Technology course eligibility and Information Technology course fees has been covered in this comprehensive guide.

All these courses are available on our official website. The best part is that you can learn directly from experienced and top-notch Engineers at Network Kings. 

What are you waiting for? Start learning!

Characteristics of Cloud Computing: Explained

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characteristics of cloud computing
characteristics of cloud computing

94% of companies across the globe make use of cloud services. Thanks to the boom in cloud computing that came along in 2020, especially when everyone was forced to work remotely. Ever since then, cloud computing has become a part and parcel of every business organization.

Large-scale organizations cannot survive without cloud computing anymore. Let’s consider Amazon Web Services (AWS), Amazon’s one-of-a-kind cloud computing service which generates over 80% of the total Amazon’s revenue. This is how much the cloud is blowing up right now.

So, what’s cloud computing? What are the characteristics of cloud computing that have made it an exceptional and super fast technology like none other existing technology. Let’s dive deep into the realm of cloud computing.

What is cloud computing?

Cloud computing can be an intimidating term for you, especially if you’re a non-tech individual keen to know about it. Cloud computing is nothing but an Internet service that provides storage to host all the applications/software that you conventionally use on your local computers.

With a local computer, you can only access files through that device. However, with the intervention of cloud computing, files could be shared with anyone across the globe since they’re present on the cloud. For example, Google Drive is a cloud computing tool. When shared access, anyone from across the world can access your files irrespective of the device they’re on.

Cloud computing has provided the following benefits to business organizations:

  • It has cut down the IT costs.
  • It has enhanced scalability.
  • It ensures business continuity.
  • It has allowed easier collaboration amongst teams/individuals/stakeholders.
  • It prevents the loss of data.

Now that you’re aware of what cloud computing is, it is important to dive deep into the essential characteristics of cloud computing.

What are the essential characteristics of cloud computing?

There are many distinguishing features of cloud computing. The significant cloud characteristics are mentioned below:

  • Scalability and elasticity:

To understand this cloud feature, let’s consider example of a restaurant. During the rush hours, many extra tables are accommodated to serve surplus customers. These extra tables are removed when the customer count is back to normal.

This is how the concept of scalability works! When there are too many applications to be hosted on the cloud, the cloud service expand its number of servers and infrastructure, as aligned to the demand of storage. This makes cloud a scalable tool. When the load comes back to normal, it scales down. This cuts down the extra costs and make it cost-effective.

Elasticity, on the other hand, responds to short-term cloud-infrastructure needs. When there is a sudden surge in the demand for infrastructure, the cloud computing services add resources to cater to the storage requirements quickly.

Benefits of scalability and elasticity in cloud computing:

  • Cost-effectiveness: You save a lot of money as the resources are only used when there is a surge in the demand. Therefore, cost optimization works wonders.
  • Peak performance: Since the load is distributed amongst various servers and instances, you can fetch optimal performance of the applications.
  • Highly available infrastructure: The scalability and elasticity also take care at the times of system failures and provide disaster recovery smoothly, therefore, providing highly available infrastructure.
  • Reliable servers: In case there is a hardware that suffers downtime, this characteristic of cloud computing can safely redirect traffic.

  • On-demand self service:

Consider this! If you subscribe to a postpaid cellular service, the bill is generated according to your data consumption. This is the main agenda of how the cloud computing services work. Except for added benefits such as you can monitor and manage your own uptime, storage consumption, functionalities, instances, server activity, etc. 

This is how you become the boss of everything and you only pay for the services that you’ve used over a period of time. A consequent bill is generated as per your service consumption. Therefore, on-demand self service is one of the most basic features of cloud computing!

Benefits of on-demand self service in cloud computing:

  • Scale as per your needs: Since there is no intervention by a service provider, you can access the required amount of cloud services such as server space, applications, virtual machines, functionalities, etc. that suit your requirements. This gives you the flexibility at your own terms.
  • Reduced costs: You only pay for the services you have used and nothing more than that. This is why cloud services are practical and beneficial to use.
  • You are the boss: The control to use the services is in your own hands. You can use resources according to your need and choices. This also gives you a chance to experiment and innovate with the setups and configurations.

  • Broad network access:

Have you ever wondered how an image that exists in someone’s phone can be shared with you even if you’re on a different device sitting 2000 miles away. This is because cloud computing knows no boundaries. In the above-mentioned instance, it is possible through iCloud sharing, which is also an iOS-based cloud service.

Therefore, with broad network access, you can break all the barriers of geography and access someone else’s files, data, directories, etc. This is an essential characteristic of cloud computing and it is the foremost reason for business organizations shifting to cloud.

Especially, when remote work became a norm, broad network access enabled individuals and organizations to access all the information from anywhere across the globe!

  • Resource pooling:

In simple words, resource pooling can be referred to as resource sharing. This characteristic of cloud computing highlights the feature of sharing of resources amongst various organizations. These resources include memory, storage, servers, processing and network bandwidth. 

One such example of resource pooling is making use of a public cloud service such as AWS. Resource pooling works on a multi-tenant architecture where it provides services to various clients or ‘tenant’. The cloud service represents the whole apartment and each flat inside that apartment can be referred to as a tenant making use of the shared resources.

One example of resource pooling is Virtual Server Pools. It consists of a number of virtual servers that are connected to the Internet for the clients to make use of it via cloud services.

Benefits of resource pooling:

  • Efficient workload handling: As the infrastructure and other services are provided based on the demand, the cloud vendors can efficiently handle the load and provide services quickly and dynamically.
  • 24/7 service availability: The resource pooling makes cloud services highly available as fault-tolerant infrastructures can be catered to the users. This fulfils the need for continuous cloud services availability.
  • Optimum resource usage: With the use of load balancing over a pool of servers, for example, the load can be distributed and the best of services can be provided to the users with the minimum use of resources.

  • Rapid elasticity:

Rapid elasticity is one of the most essential characteristics of cloud computing. Let’s understand rapid elasticity with an example!

During the Flipkart’s Big Billion Days sale, there is a sudden spike in the traffic as a lot of people want to buy things at attractive prices. This is when a normal server could crash and the website could face a significant downtime. However, with the use of cloud computing, rapid elasticity will come into play.

This is how it works:

  • The cloud recognizes a sudden surge in the traffic.
  • In response, it expands its storage and resources dynamically by making use of more virtual machines, servers, storage, etc.
  • Therefore, the website works at a higher computing capacity as compared to the normal days.
  • This prevents the website from crashing.
  • When the sale is over and the traffic becomes normal, the expanded resource usage is stopped and the computing capacity goes back to normal.

Benefits of rapid elasticity:

  • Quick scaling during traffic spike: With the rapid elasticity, cloud infrastructure automatically scales up the computing resources to meet the demands of the increased users. 
  • Smooth user experience: This feature of cloud computing ensures smooth and seamless user experience.
  • No extra costs: The rapid elasticity comes at no extra costs. You only pay for what you use.
 

  • Measured service:

This cloud computing characteristic makes sure that the user is charged with no extra costs. It means that the user DOES NOT need to pay for the resources that he did not use. This is also referred to the ‘pay-as-you-go’ model. 

The user is charged for every billing cycle for the following metrics:

  • Storage
  • Compute instances
  • Network bandwidth
  • Software and services
  • Development tools
  • API calls
  • Database usage
  • Intelligence
  • Capabilities
  • Disaster recovery
  • Processing power
  • Content delivery network (CDN)
  • Message queue usage
  • Load balancer
  • Data transfer

Benefits of measured service:

  • Cost optimization: As the bill is only generated on the services used by a user, a lot of extra costs are cut down.
  • Improved business performance: As a monthly report is generated based on the resource utilization, user behaviour, power consumption, etc., it becomes easy to improve on the shortcomings and formulate a better business model.

Access scalability: When there is a high demand of cloud computing resources, these could be reached dynamically. Thanks to the ‘pay-as-you-go’ model. Therefore, you can scale your infrastructure easily.

Other significant cloud computing characteristics

There are few other cloud computing features that need to be discussed further. These are mentioned as follows:

  • Multi-tenancy:

As discussed earlier, the multi-tenancy refers to a cloud instance/resource open for usage by multiple users. This is most evident in case of public cloud services where a single instance such as compute storage is accessed by more than one client.

The major goal of multi-tenancy concept is optimized allocation of cloud resources. This also benefits the user as he does not have to pay for anything extra. On top of that, there are no security issues as data privacy is maintained throughput the resource usage.

The implications of multi-tenancy on resource sharing is mentioned below:

  • Optimized resource usage: As the resources are only used when needed, computing multi-tenancy services ensures that the resources are used only when required.
  • No individual performance is hampered: Since there is resource sharing amongst various users, no individual performance is harmed. The Quality of Service (QoS) and optimized resource allocation ensures optimal performance for each user accessing the service.
  • Equal priority: This feature also makes sure that no single user takes unfair advantage of the resources. Instant scalability feature is provided to a user in need at times of enhanced traffic.

  • Ubiquitous access:

The cloud computing services work beyond geographical barriers. It has made it easy for users sitting in various corners of the world to access files, data, etc. from any nook and corner of the globe. 

Also referred to as ubiquitous computing, a user can access applications, infrastructure and storage anytime, anywhere, using any device. All you need is an Internet connection, and you can access all these services online on your choice of device.

The devices and technologies allowing ubiquitous access:

  • Laptops
  • Personal computers (PCs)
  • Smartphones
  • Smartwatches
  • Internet of Things (IoT) devices
  • Virtual Reality (VR) headset

All these devices have blurred the lines between reality and the digital world. Cloud computing is indeed a strong medium for it.

  • Resilience and reliability:

It is important for cloud vendors to provide resilience, reliability and integrity to its users. This is why they make sure that the businesses experience zero downtime and seamless experience during their cloud computing usage. 

The various measures that ensure high availability:

  • Business continuity: The business continuity is maintained as the cloud service provides/asks for regular data backups. These prevent loss of any data in case of server downtime or hardware failures.
  • Disaster recovery: An interesting thing that the cloud vendors provide is data replication. It means that the entire IT infrastructure and data of a particular user is replicated on another cloud environment. When a user faces data loss or unexpected failover, the cloud service quickly shifts the user to the another cloud environment. This interesting cloud computing characteristic is called disaster recovery.

Wrapping up:

That’s all for the blog. This guide is the best for noobs who want to understand cloud computing or people who are new to cloud computing. Understanding the characteristics of cloud computing gives you an in-depth knowledge of the fundamentals of cloud computing and how it works as a whole. You also get a ‘behind-the-scenes’ by learning about these interesting cloud computing features.

So far, we covered essential cloud computing characteristics such as self-service, multi-tenancy, measured service, resource pooling, scalability, elasticity, and broad network access. 

What does the future hold? We can expect further refined and seamless experience with these cloud computing features. There would be heavy focus on enhanced security and data protection. You can also expect interference of advanced serverless computing in the upcoming years. The incorporation of AI and machine learning to create better predictive models for efficient resource management will be seen.

It’s your time to dive deep into the realm of cloud computing!

Top 5 Most-Valued Cloud Computing Certifications in Tech

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cloud computing certifications
cloud computing certifications

Looking for best industry demand cloud certifications? The Cloud computing industry is on the boom right now. The market size of cloud computing is expected to grow up to $947.3 billion by 2026. All thanks to its worldwide adoption by more than 90% of business organizations across the globe.

In this blog, we will discuss the top 5 most high-paying cloud certifications in the tech industry. We will discuss them in the order of highest value in descending order. 

Almost everyone around you wants a career in tech, I bet. However, choosing a cloud certification that aligns with your desired job role is very important. The best way to find it out is by looking up your preferred job role on job-finding platforms such as Naukri, indeed, etc., and then preparing for the certifications needed for that job role.

Cloud Computing Certifications to Get You Ahead in the Industry

Here is a list of all the cloud certifications that are very valuable in today’s time. Without further ado, let’s get started with the list.

1. AWS Certified Solutions Architect - Associate

The Amazon Web Services (AWS) Certified Solutions Architect Associate is one of the most valuable cloud certifications. This certification is best suited for beginners and professionals who work in enterprise architecture and solutions architecture.

Who is this certification for?

The AWS Certified Solutions Architect Associate certification is a certification for those who already have one or more than one year of practical experience in constructing and designing a cost-effective and scalable distributed system on Amazon Web Services (AWS).

What Skills do You Gain After the Certification?

You can carry out the following tasks with so much ease after the certification:

  • Identifying and developing employees with critical cloud implementation skills. 
  • You can verify your skills to build and deploy distributed systems on AWS.
  • You can then easily deploy and secure web applications using AWS.
Important Details of the Certification:
  • Cost of exam: $150 USD
  • Average annual salary: Rs. 8.8 Lakhs

2. AWS Certified Developer - Associate:

The AWS Certified Developer Associate certification helps you learn how to identify and develop talent with critical skills for implementing cloud initiatives. This cloud computing certification is the best for programmers and software developers interested in building cloud-native applications.

Who is this certification for?
  • This certification is the best for a professional with one or more years of practical experience in developing and maintaining an AWS-based application. 
  • It is important to develop a good understanding of CI/CD pipelines to deploy applications on AWS. 
  • You must know how to write code for cloud-based applications, containers and application lifecycle management.
What Skills do You Gain After the Certification?
  • After gaining the certification, you can show your skills in key AWS services, use cases, and best practices of AWS architecture. 
  • You can show your skills in debugging, deploying and developing applications using AWS.
Important Details of the Certification:
  • Cost of examination: $150 USD
  • Average annual salary: Rs. 5.6 Lakhs

3. Google Certified Professional Cloud Architect:

The GCP Cloud Architect certification is presented by Google. It allows you to make use of Google Cloud technologies. This certification helps you land high-paying jobs as a cloud architect.

Who is this certification for?
  • This Google Cloud certification is the best for those IT professionals who want to become solution architects for Google technologies.
  • You can then master Google technologies such as Big Query, Big Table and other GCP services.
  • This certification is for candidates having 3+ years of industry experience with over one year of experience in designing and managing solutions using Google cloud.
What Skills do You Gain After the Certification?
  • After the certification, you can design and plan a cloud solution architecture. You can manage and provide cloud solution architecture.
  • You learn how to design for security and compliance.
  • Analyze and optimize technical and business processes.
Important Details of the Certification:
  • Cost of examination: $200 USD
  • Average annual salary: Rs. 44.9 Lakhs

4. Microsoft Certified Azure Administrator Associate

The Microsoft Certified Azure Administrator Associate handles the deployment, monitoring and management of Microsoft Azure solutions. An Azure Administrator is often a part of a large team working towards implementing an organization’s cloud infrastructure.

Who is this certification for?
  • This certification is for you if you have at least 6 months of practical experience in administrating Azure.
  • You must have a strong understanding of core Azure services, Azure workloads, security and governance.
  • You must know PowerShell, Azure portal, Azure CLI and Azure Resource Manager templates.
What Skills do You Gain After the Certification?
  • After gaining the certification, you can manage, implement and monitor an organization’s Microsoft Azure environment.
  • You are then able to show that you can deploy and manage Azure compute resources.
  • You can then develop, monitor and administer cloud services such as storage, security and virtual environments.
Important Details of the Certification:
  • Cost of examination: $165 USD
  • Average annual salary: Rs. 7.2 Lakhs

5. Google Certified Professional Data Engineer:

The Data Engineer is one of the most popular and the hottest job profile of the year! If you want to start your Big Data journey, there is no other best certification than the Google Certified Professional Data Engineer.

Who is this certification for?
  • This certification is best for candidates who already have three or more years of industry experience that involves at least one year of experience in managing and designing solutions via GCP.
  • This certification is for anyone who wants to break into the Big Data industry.
What Skills do You Gain After the Certification?
  • After the certification, you will be able to design systems that need data processing and build and operate systems.
  • You will be able to perform data refining, build machine learning models and refine the solution quality.
  • You will be able to build, design, secure and observe data processing systems.
Important Details of the Certification:
  • Cost of examination: $200 USD
  • Average annual salary: Rs. 7.0 Lakhs

That’s a Wrap!

That’s all for this blog. No matter what profession or certification you choose, you can always get paid very highly with an increase in professional experience. The cloud computing industry is growing at a very fast pace. 

It is the best time to transition your career into the cloud domain.

Embark on the DevOps Engineer Roadmap for Success

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devops engineer roadmap
devops engineer roadmap

The trend to become a DevOps engineer is through the roof this year! A lot of people want to become a DevOps Engineer but let’s address the main question: what is a solid DevOps engineer roadmap?

This is what this blog is all about. You’ll learn about the DevOps Engineer roadmap. Because of its extensive cultural aspects along with the technical knowledge, it is comparatively difficult to enter the DevOps industry as a fresher. This is why industry experience plays a crucial role in becoming a DevOps Engineer.

A DevOps Engineer does more than just ‘automation’. He acts as a medium of collaboration/communication between software development and IT operations. Therefore, the role of a DevOps professional is more generalized that being a specialized professional in a specific tool.

DevOps Engineer Roadmap: Essential Skills and Technologies

A DevOps Engineer needs to have good technical skills as well as soft skills. He must be aware of all the core technical tools required. The essential skills and technologies include the following:

  • Proficiency in scripting and automation:

The first step to becoming an outstanding DevOps Engineer is to have good expertise in programming and scripting languages. By being handy at scripting languages, you can easily automate the process of application release/product development. 

It is recommended to be proficient in the following programming/scripting languages:

  • Python
  • Ruby
  • Node.js
  • PHP
  • JavaScript
  • Shell scripting
  • Golang

  • Knowledge of cloud platforms and infrastructure:

Since most business organizations have shifted their infrastructure to the cloud, it is important to understand how various applications are hosted on cloud vendors such as Amazon Web Services (AWS), Google Cloud Platform (GCP), and Microsoft Azure, etc.

The use of cloud computing platforms has cut down the costs of hosting applications and spending money on buying physical servers.

  • Understanding of containerization and orchestration:

These abilities are helpful early in the process. Applications can be efficiently released and deployed as a bundle. Different container orchestration tools, like Docker & Kubernetes, OpenShift, etc., make these activities possible. 

In a highly available environment, these technologies can automate the processes of scaling, configuring, provisioning, load-balancing, securing, and assigning resources.

  • Familiarity with CI/CD pipelines and tools:

Whenever we talk about DevOps, the phrases ‘Continuous Integration’ and ‘Continuous Development’. A DevOps Engineer must be aware of these processes. This is because, oftentimes, when an application is pushed to the server by the software development team, there could be bottlenecks in the system. These bottlenecks could arise because of issues with the servers. The servers are the responsibility of the operations team. 

To resolve issues between the two and make the process of verifying, packaging, releasing, and monitoring easy, a DevOps engineer must be aware of the CI/CD pipelines

Note: if you want to learn more about DevOps engineer skills in details, you can check out the blog here.

devops

Navigating the DevOps Engineer Roadmap in 2024

Let’s examine the current trends in the industry related to the popularity of DevOps as a well-established part of the world.

According to the DevOps Global Market Report 2023, the DevOps market is forecasted to grow at a CAGR of 22.9%! This means that the global industry will hit over $ 24.71 billion USD by the year 2027.

This data makes it evident that there have been major advancements in the DevOps field in the past few years. To back up this information, the use of DevOps is not just limited to the IT industry. It has engraved ints grooves in many other different markets, including healthcare, manufacturing, IT and telecommunications, and retail, etc.

global devops market size

These trends are quite evident from the above image as the global industry is projected to grow at a CAGR of 25% approximately. Thanks to the constant need to improve the process of software delivery and make it efficient, fast in enterprises.

How to stay updated with the fast-paced world of DevOps?

Since DevOps is a new-world technology, it is bound to keep evolving with time. New tools and technologies related to DevOps emerge almost every day. It could be overwhelming to stay updated with all the upcoming tools. This is why filtering out what’s necessary and something that aligns with your career goals is important for an aspiring DevOps professional. You can follow the following DevOps Engineer roadmap:

  • Enroll in a course to stay updated: 

One of the best ways to stay ahead of time is by continuously learning and staying updated. If you’re a beginner in the field of DevOps and you don’t know which tools you should learn, you can opt for Network Kings’ DevOps Master’s program. This program is specially created by DevOps Engineers with over 12 years of experience. 

This DevOps course covers all the state-of-the-art tools and technologies that can keep you updated with industry standards and help you land your first DevOps job!

  • Leverage industry resources and communities:

Whenever a new technology is released in the DevOps industry, one of the best ways to stay updated is by attending upcoming events that discuss the best DevOps tools, technologies, philosophies, and practices. You can also join various communities formed by DevOps professionals to get familiar with the industry’s best practices.

Building a Successful Career: Roadmap for DevOps Engineers

The secret to building a successful career in DevOps lies in organized planning and a clear future vision. It is crucial to set short-term and long-term goals to build a solid career in a competitive industry like DevOps.

Identifying career goals and objectives:

If you want to create a solid career in DevOps, the first thing that you need to ask yourself is: ‘What do I want to achieve in my DevOps career?’

This is when you can think about what profession you are targeting. It could be becoming a DevOps Engineer, a DevOps Architect, an Automation Engineer, or a DevOps team leader. Based on your career vision, you can trace out a roadmap to only learn specific technical skills that align with your career goals.

Short-term and long-term targets:

Once you’re clear in terms of what you want to become, it is realistic to plan short-term and long-term targets. Following a solid DevOps Engineer roadmap is necessary for a successful career. 

Your short-term targets can include learning a specific set of skills, applying for a job to get hands-on industry experience and working on projects for your portfolio.

The long-term targets can include contributing to the industry by joining DevOps communities, getting leadership roles and working on large-scale projects. This way, you can develop and grow your career in the domain.

Mapping out necessary skills and competencies:

There are numerous tools and technologies out there when it comes to learning DevOps methodologies. You shouldn’t get confused about which technologies you should focus on. This is why we have created a list of the most important tools and technologies that you must focus on:

  • Learning programming and scripting languages:

Start your DevOps journey by learning about programming and scripting languages such as Python, PHP, Node.js, JavaScript, Ruby, etc. These help you in performing automation tasks.

  • Learning about operating systems:

It is important to learn about operating systems such as Windows, Linux, etc. We recommend you learn about Linux as 90% of the public cloud workloads run on Linux. Also, it is one of the most secure operating systems out there.

  • Learning about network security:

Oftentimes, you would need to work with firewalls, load-balancing, performing network security tasks, etc. to protect your servers/code, especially during the stages of deploying and releasing applications. You must be aware of various networking protocols such as HTTP, HTTPS, SSL, SSH, etc.

  • Continuous Integration/Continuous Deployment (CI/CD):

By learning tools such as Jenkins and Git, you can become proficient in performing CI/CD methodologies and ease the process of building, testing, deploying, and releasing code changes.

  • Infrastructure as Code (IaC):

As a DevOps Engineer, you must know how to use Infrastructure as Code (IaC) resources such as Terraform to automate codes for designing and deploying infrastructures.

  • Containerization and orchestration:

It is important to learn containerization and orchestration tools such as Docker and Kubernetes to deploy and release applications as a package efficiently. 

  • Getting familiar with the cloud:

Since most businesses have shifted their infrastructure to the cloud, it is crucial to learn about cloud platforms such as AWS, GCP, Microsoft Azure, etc.

  • Logging, troubleshooting and monitoring:

You must know how to read all the logged events and records to make the necessary changes in the code-pushing processes. You need to understand how to monitor and troubleshoot systems to bring out the best application performance.

Seeking relevant certifications and training opportunities:

To put your best foot forward in the DevOps industry, obtaining necessary and relevant certifications under your belt is the best way to begin a successful career in the industry. You can begin by taking certifications from recognized organizations like AWS, Microsoft, Kubernetes, etc.

On top of that, you should also explore internship opportunities, work on projects in collaboration with your peers and contribute to open-source resources such as GitHub to bring forth your presence in the industry.

Key Milestones and Competencies on the DevOps Engineer Roadmap

Every company has its own set of skill requirements when hiring for the role of a fresher/experienced DevOps Engineer. Yet, we have mentioned a certain set of skills that are suitable at each level of your career. These are as follows:

  • Entry-level skills and responsibilities:

  • Basic knowledge of scripting and programming language: Python, PowerShell, JavaScript for automation.
  • Operating systems knowledge: Windows or Linux OS knowledge.
  • Network security skills: Familiarity with networking protocols such as SSH, HTTPS, etc.
  • Infrastructure as Code (IaC): Terraform to manage infrastructure.
  • Version-control: Git to manage repositories of code.
  • CI/CD: Jenkins, GitLab to look after the CI/CD pipelines.
  • Monitoring and logging: Prometheus, Grafana, and ELK stack for monitoring and troubleshooting.
  • Cloud computing fundamentals: Familiarity with cloud platforms such as AWS, and GCP.
  • Collaboration skills: Having good communication skills.

 

  • Intermediate-level skills and responsibilities:

  • Knowledge of how the Cl/CD pipeline works.
  • It is good to be handy with software development and IT operations teams.
  • Having good knowledge of programming languages like Ruby, Python, JavaScript, etc. and automating workflows.
  • Using tools like Docker and Kubernetes to carry out containerization and orchestration.

 

  • Advanced-level skills and responsibilities:

  • Expertise managing, leading, and maximizing workflow in the DevOps environment with huge teams.
  • Perform sophisticated logging, reporting, and monitoring.
  • A deeper comprehension of using DevSecOps.
  • A thorough knowledge of design architecture for cloud computing platforms like AWS, GCP, etc.
  • Performing tasks related to infrastructural growth.

 

  • Expert-level skills and responsibilities:

  • Advanced automation: Use advanced automation to improve workflows.
  • advanced security: Carry out security audits with advanced security.
  • Build scalable infrastructure: Use the architectural design process to practice scalability and performance.
  • Optimize apps: Apps hosted in the cloud can be optimized for cost-effectiveness.
  • Collaboration and effective communication: You must have excellent communication and soft skills to talk to the stakeholders.
  • Leadership qualities: As a proficient Senior DevOps Engineer, having leadership qualities is important. You can only lead a team if you have exceptional team spirit.

Mastering the DevOps Engineer Roadmap: A Guide to Success

Here are some methods for improving your skills in the DevOps industry. Once you have practical experience, you can enter the industry completely prepared.

  • Gaining hands-on experience through projects and collaborations:

If you’re a fresher seeking a job in the DevOps field, you can work on several small-scale projects by yourself to add them to your portfolio. This would show your enthusiasm for the field and your readiness to offer your DevOps efforts. If you already hold an entry-level DevOps position, you can also work on a project alongside your peers.

  • Seeking mentorship and guidance from experienced professionals:

Working under a skilled DevOps Engineer is one of the finest ways to gain a sense of what a DevOps Engineer does on a daily basis. LinkedIn enables you to connect with qualified DevOps experts. You can then ask them about the primary functions of the domain and how to be successful in it.

Crafting Your Journey: Roadmap for Becoming a DevOps Engineer

It is important that you take the following steps to become irreplaceable in the DevOps industry:

  • Learn technical skills including automation and programming languages.
  • Learn the essentials of network security and operating systems.
  • Learn about DevOps procedures and Agile approaches.
  • Learn more about AWS, GCP, and other cloud computing platforms.
  • Work on your own personal projects and carry out automated tasks to gain practical experience.
  • Collaborate on projects with people and network with DevOps professionals.

Importance of foundational knowledge and learning resources:

If you’re starting out as a fresher, it is crucial to enroll in a professional or certification course to gain practical knowledge in a competitive domain, such as DevOps. The best way is to enroll in an online course.

You can check out the DevOps course by Network Kings where you can learn directly from DevOps Engineers with years of experience. You also gain hands-on knowledge and get a DevOps Engineer roadmap directly from Engineers. You can then become ready for a job!

Identifying relevant job opportunities and internships:

You can look for relevant jobs and internships by following these strategies:

  • Apply for jobs through LinkedIn, Indeed, Naukri, etc.
  • If you have a specific company in your mind, you can look at their career pages to find job openings relevant to you.
  • You can ask for referrals from your LinkedIn connections/friends.
  • Make sure that you tailor your resume according to a particular job opening that you’re applying for.

Exploring the Future: Roadmap for DevOps Engineers in 2024

In the upcoming years, you can witness continuous growth in the DevOps market, especially in the monitoring and performance-management field. It is projected to grow up to $6,410.3 million by 2027. 

DevOps market

DevOps is gaining traction already and we can expect it to merge with Artificial Intelligence. The adoption of Artificial Intelligence for IT Operations (AIOps) is going to become significant in the industry. Thanks to its special ability to reduce bottlenecks and speed up the troubleshooting process in DevOps.

You can expect the following emerging technologies to establish a renowned place in the DevOps industry:

  • Multi-cloud: There will be significant adoption of hybrid and multi-cloud environments to address latency issues.
  • Serverless computing: Serverless computing will play a significant role in the market. This would drastically lower the cost of the servers.
  • Use of minimal coding: One of the best examples is the Salesforce platform, which generates customer 360s with AI, automation, and data and utilizes very little code for development.

DevOps technologies to expect in 2024:

Every business organization wants to get ahead of the curve. This is why we can expect the adoption of new tools and technologies this year. These include:

  • ML and AI: Enhanced use of ML and AI to automate and optimize workflows, especially during the processes of application release and product development.
  • Cloud-native tech: Increased adoption of cloud-native technologies such as Kubernetes, etc. for scaling and deploying applications.
  • Serverless computing: Faster deployment of applications by using serverless computing that requires no management of infrastructure.
  • DaaS: The new-age service, DevOps as a Service (DaaS) is gaining traction as other parties are selling DevOps services to business organizations. This can allow organizations to outsource their DevOps workload and focus majorly on operational tasks.

Preparing for future challenges and opportunities in 2024:

There are certain practices that you can follow to create a solid career in DevOps:

  • Contribute to the community: It is the best resort to work on projects, build your portfolio and attend community events. You can also contribute to the projects on GitHub.
  • Constant upskilling: It is important to keep updating yourself if you’ve entered a fast-paced technology like DevOps. You can enroll in hands-on courses and certification courses.
  • Advanced technologies: You need to become constantly better at technologies such as automation and cloud computing.
  • Enhanced communication skills: You must also focus on improving your soft skills.

Conclusion

That’s a wrap! DevOps is a competitive domain that demands years of experience making it a little hard for freshers to break directly into the industry. It is important to follow a specific DevOps Engineer roadmap to gather all the necessary skills to succeed in the DevOps domain.

It should be your duty to take proactive steps to become future-proof in the industry by working on portfolio projects, attending DevOps events, and participating in communities. You must also focus on constant upskilling and learning.

If you’re an aspiring DevOps Engineer, you should enroll in a DevOps course that trains you with a practical approach. Gaining hands-on skills can take you a long way.

Happy learning!

Mastering the Essential DevOps Engineer Skills: A Comprehensive Guide

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devops engineer skills
devops engineer skills

While advancing your skills in the IT world, you must have come across the buzzing term ‘DevOps engineer skills’. What is DevOps? Is it a technology or a concept?

To make it easy for you, DevOps is a software development process/concept that makes the whole procedure of application release handy. DevOps techniques are applied right from the product is built to its deployment. DevOps is referred to as a combination of development and operations teams.

You can make a hefty salary by becoming a DevOps Engineer. All you need is the correct set of DevOps Engineer skills! In this guide, we have discussed DevOps Engineer skills and tools that can make you stand out from the crowd.

It is essential to pursue DevOps certifications to enter the DevOps industry. If you’re already working in the IT industry as a Network Engineer, Systems Administrator, IT Specialist, Cloud Engineer, etc., it makes sense to upskill with DevOps.

Who is a DevOps engineer?

The first thing that pops up in our minds when the term DevOps engineer comes up is ‘automation’. However, the duties of a DevOps engineer are far more than that. He is a professional who can streamline the process of software development.

This is why he has knowledge about both software development and IT operations. He then uses automation to speed up the application release and product development process.

You can check out all the DevOps engineer skills required in order to become an in-demand DevOps engineer in the IT industry.

What is DevOps engineer skills?

Now that you know who is a DevOps engineer by understanding the definition of DevOps engineer mentioned above, you must be familiar with the DevOps engineer skills needed in the industry. We have discussed all the DevOps engineer skills set further in the blog. Make sure to check the guide till the end.

There is a huge importance of DevOps engineer skills that you need to understand to excel in the tech industry. It can be evident from the following pointers:

  • A DevOps engineer plays a crucial role in the smooth operation of software development and IT processes. 
  • He bridges the gap between the development and operations teams by becoming a medium of communication between the two.
  • He automates manual work and streamlines workflows for enhanced productivity of the teams.
  • He makes continuous use of various monitoring tools and techniques to keep a check on the activities of the teams working under his supervision. This ensures quick problem resolution and efficient product/application delivery.
  • He is the main innovator of the software development and IT operations teams as he deploys new methods and technologies for driving optimized business outcomes.

The above-mentioned pointers also give you an excellent brief overview of the role of DevOps engineer. Therefore, DevOps engineers stand as a foundation for the processes of application and software delivery. Without him, the whole process can collapse. 

DevOps engineer skills needed: In-depth analysis

If you aspire to become a DevOps engineer, it is important to have a good understanding of core skills required as a DevOps engineer. A DevOps engineer manages software development and operations teams by using various tools such as Docker, Kubernetes, Jenkins, Git, etc.

Apart from that, there are many other soft skills that you must have as a DevOps engineer. This is why we have summarized all the skills as follows:

  • Technical proficiency: 

As a DevOps engineer looks after the complete process of building, testing, deploying, operating and monitoring a product or application development, technical skills top the list of DevOps engineer skills list. The technical skills include the following:

  • Performing automation tasks using Puppet, Chef and Ansible
  • Coding and scripting using shell scripting and python
  • Making use of cloud vendors such as AWS, Google Cloud Platform, Microsoft Azure, etc.
  • Implement security skills such as protecting data, performing encryption, firewalls and intrusion detection systems.
  • Troubleshoot and fix technical issues in case there is an error in the application development.
  • Perform Continuous Integration (CI) that involves building and testing applications.
  • Perform Continuous Deployment (CD) that includes releasing and deploying applications.

All these skills are discussed in detail later on in the guide.

  • Collaboration and communication:

A lot of times, there could be differences of opinion between the software development and IT operations teams. Therefore, it is the core duty of DevOps engineers to communicate and collaborate effectively between the teams.

He also communicates with the stakeholders and represents both the teams of development and operations. An individual with excellent soft skills can easily build a successful career in the DevOps field. 

  • Problem-solving and analytical thinking:

As a DevOps engineer, you can come across various technical issues that need excellent problem-solving skills. A lot of times, you need to perform root-cause analysis and develop quick solutions for the problems. 

At the same time, analytical skills aid DevOps engineers to analyze data, metrics and errors in software systems and operations. It is important for DevOps engineers to make data-driven decisions that can optimize software systems and infrastructure.

  • Continuous learning and adaptability:

A DevOps engineer has to proactively learn new technologies, tools and methodologies to improve workflows and optimize the productivity of the teams. Continuous learning and upskilling are crucial for a DevOps engineer to stay ahead of the curve.

Exploring the technical skills to become a skilled DevOps engineer:-

There are a defined set of DevOps engineer skills required to become a future-proof DevOps engineer in the industry. You must be fluent in working with certain tools and technologies to carry out technical processes such as troubleshooting, optimizing systems, etc.

The following technical skills are crucial to have as a DevOps engineer:

  • Infrastructure as Code (IaC):

It is the duty of a DevOps engineer to use Infrastructure as Code (IaC) resources to automate codes to design and deploy infrastructures instead of manually raising a ticket to run servers. This allows the existence of optimized automated servers and thus, makes the process of pushing applications to the cloud servers easy.

  • Automation and scripting:

Whenever a product or application is tested, code automation tools such as Selenium, etc. are used to look for code functionality, efficiency and user satisfaction. This is why it is important for a DevOps engineer to know how to automate tasks.

To automate the code-testing process, you must know how to code using scripting languages. These languages include Python, PHP, Ruby, Java, Golang, etc. The process of automation can bring quick outcomes and reduce manual loads on the teams.

  • Cloud technologies:

Since all business organizations have shifted their infrastructure to the cloud, a DevOps engineer must know how to set up and manage the cloud-based infrastructure that is important for building, testing, and deploying a product/application. 

You often use cloud vendors such as Google Cloud Platform, Microsoft Azure, and Amazon Web Services, etc.

  • Containerization and orchestration:

These skills come in handy during the operation stages. These include efficient releasing and deploying applications as a package. To enable these tasks, various container orchestration tools are used such as Docker & Kubernetes, OpenShift, etc. 

These tools can automate the process of scaling, configuring, provisioning, load-balancing, securing, and allocating resources in a highly-available environment.

  • Monitoring and logging:

You monitor systems to look for bottlenecks in them and take proactive steps to remove them. In this way, you can analyze systems in a better way and take measures to prevent such issues in the future.

By analyzing the recorded events, logs, and data regarding a system, you can monitor and troubleshoot systems to understand system behavior and run a suitable diagnosis accordingly.

  • Configuration management:

Configuration management tools are used to automate, design, manage and monitor various tasks that are otherwise performed manually. By making use of these tools, consistency is ensured in systems and it, therefore, increases team productivity.

Some of the popular configuration management tools include Chef and Puppet.

  • Version-controlled systems:

Oftentimes, the development team has to make changes in the current code for various operations such as application updation, product improvement or even launching a new product. Therefore, it is important to keep track of all the codes in one place.

A version-controlled tool such as Git is an excellent open-source storehouse of codes. You can always go back to the previous codes to get the bigger picture of what’s happening.

  • Continuous Integration and Deployment (CI/CD):

CI and CD are the most common phrases to hear in a DevOps environment. These are the best practices to ensure the efficient functioning of products and applications. The continuous integration includes the building and testing of codes in a single repository where all code changes are saved.

Continuous delivery refers to the operation tasks such as releasing and deploying the code changes that have been made by the software development team. This ensures enhanced collaboration, reduced workload, and better consistency of processes.

Highlighting the required soft skills as a DevOps engineer:

The following are the soft skills required as a DevOps engineer:

  • Collaboration and teamwork:

Working with cross-functional teams is the major duty of a DevOps engineer. It is essential to maintain effective communication and collaboration between software development and IT operations teams. You also need to communicate effectively with the stakeholders.

Projecting leadership qualities and teamwork are the most in-demand soft skills for a DevOps engineer.

  • Communication and documentation:

It can become unhandy to memorize all the codes, logs, data and events as a DevOps engineer. It is important to document all changes in one place for a DevOps engineer. Analyzing the data and keeping track of all events by documenting them is an excellent skill for a DevOps engineer to succeed.

  • Problem-solving and troubleshooting:

There could be existing bottlenecks and discrepancies between the software development and operations teams. This is where a DevOps engineer plays his vital role in resolving issues between the teams and troubleshooting existing errors in the code/operations. 

These problems could be bugs in code or unstabilized servers.

  • Adaptability and flexibility:

DevOps is a modern technology that requires constant learning and upskilling. As a DevOps engineer, you must be committed to adapting to the usage of upcoming and novel CI/CD, automation, and version-control tools. You must also be flexible in a way that you’re ever ready to solve problems between cross-functional teams.

  • Time Management and prioritization:

DevOps engineers often have to deal with multiple projects at a time that involves continuous integration, checking for code errors, troubleshooting systems, deploying software updates, etc. Therefore, they need to be agile to work in an efficient way to meet strict deadlines.

They must be able to differentiate between urgent and generic day-to-day tasks.

How to Craft an effective DevOps engineer skills resume?

Your resume is an important tool that either makes or breaks it. It puts the first impression on a recruiter about you. Therefore, it is vital to craft your resume by following some industry standards and ensuring that you stand out from the crowd.

Here is an overview of a DevOps engineer resume:

You must put your best foot forward by showcasing certifications, qualifications, leadership qualities, internships, industry experience, and skills to potential employers. It should showcase your extraordinary skills in automation, version-controlled systems, working with cloud technologies, effective communication, and CI/CD.

Key sections to include in your resume:

  • Summary:

This is the first section of your resume that highlights a brief summary of your skills, years of experience and your area of expertise. This section must be tailored according to the job description that you’re applying to. Make sure to add all the required keywords.

  • Professional experience:

This section must include all the action verbs such as managed, collaborated, analyze, etc. You must avoid using pronouns such as ‘I’, etc. Follow the strategy of starting a bullet point with an action followed by the result yielded in numerical form.

For example, managed a team of 20 software developers to increase code efficiency by 20%.

Also, don’t forget to use a reverse chronological order in this section.

  • Technical skills:

This section should consist of all the keywords related to the tools and technologies required for the role of a particle DevOps engineer job opening. Make sure that you include all the tools and programming languages you’re fluent in.

For example, 

  • Version Control Systems: Git, SVN
  • Continuous Integration/Continuous Deployment (CI/CD): Jenkins, Travis CI, Azure DevOps, GitLab CI/CD
  • Configuration Management: Ansible, Chef, Puppet
  • Monitoring and Logging: Prometheus, Grafana, Splunk, Datadog, ELK Stack (Elasticsearch, Logstash, Kibana)
  • Collaboration and Communication: Slack, Jira, Confluence
  • Infrastructure Provisioning: Terraform, CloudFormation
  • Containerization and Orchestration: Docker, Kubernetes
  • Education and certifications:

This section must include your graduation and post-grad degrees and related certifications. You can showcase certifications such as AWS Certified DevOps Engineer or Kubernetes Administrator. You can also mention relevant courses and their completion certificates here.

  • Projects and achievements:

You cannot win an employer’s heart if you do not showcase how you practically implement the skills you have. Therefore, it is essential to include all the projects that you’ve previously worked on. 

You can also mention any award, recognition, or contribution to open-source environments related to your area of interest.

What are the tips for showcasing the DevOps engineer skills on a resume?

Now that you know what sections to add to your resume, you can follow the below-mentioned tips to catch the eyes of a recruiter and also pass the Applicant Tracking Systems (ATS)!

  • Stuff keywords related to the job description:

You cannot use the same resume for applying to all the DevOps jobs. This is because every business organization uses different sets of tools for performing various tasks. You must add those tools and skills related to a specific job description.

  • Showcase your achievements through metrics:

It is important to add numbers and outcomes to your professional experience. You must add phrases like: 

  1. Reduced deployment time
  2. Increased cost savings through automation
  3. Improved application performance
  • Highlight collaboration and communication skills:

It is of the utmost importance for a DevOps engineer to showcase qualities in your resume such as teamwork, leadership and effective communication.

  • Keep it to one page:

Don’t expand your resume to more than 2 pages if you have a lot of experience. It should be easy to read. Make sure that you include everything in bullet points. 

  • Align the resume to ATS:

Your resume should contain all the relevant keywords related to the job description to crack the ATS! This will increase your chances of getting selected for the job role.

DevOps Engineer Skills and Tools: Enhancing Efficiency and Productivity

A DevOps engineer makes use of a large number of tools to perform day-to-day tasks including resolving issues, increasing productivity, automating production processes, enhancing collaboration between cross-functional teams, decreasing load and streamlining workflows, etc.

To perform all these tasks, various tools are used for enhancing productivity and efficiency of application/product development.

1. Integration and automation tools:

  • Continuous Integration (CI) tools:

A lot of times there are changes made in the code during the building and testing phases. These changes need to be integrated quickly by using tools such as Jenkins, Travis CI, and CircleCI.

  • Continuous Deployment (CD) tools:

These tools are helpful during the release and deployment processes for quick software updates, etc. By using tools such as Kubernetes, Docker, and AWS Elastic Beanstalk, etc., the feedback loop can be upgraded in quality.

  • Configuration management tools:

These tools include Ansible, Chef, and Puppet. These tools enhance infrastructure management and automate application configurations by making use of Infrastructure as Code (IaC).

2. Monitoring and logging tools:

  • Log management tools:

These include tools such as ELK Stack (Elasticsearch, Logstash, and Kibana), Splunk, and Graylog. These tools help in analyzing the system behavior by looking by making use of recorded logs for each event.

  • Metrics and monitoring tools:

It is important to have a bigger picture of what’s happening. This is why tools such as Prometheus and Grafana collect the data and visualize key metrics to identify shortcomings in the system.

3. Collaboration and communication tools:

  • Issue tracking and Project Management tools:

While dealing with multiple projects at a time, it is important to track the progress, tasks and bugs for managing all the work in one place. Tools such as Jira, Trello, etc. are helpful in tracking everything on a centralized platform.

  • Chat and collaboration platforms:

The most popular platforms for chat and collaboration are Microsoft Teams and Slack. These tools make it easy for quick chat, collaborating on projects, and integrating and sharing files with various teams.

Junior DevOps engineer skills: Building a foundation for growth

If you’re just starting out in the DevOps industry, chances are that you’ll work as a junior DevOps engineer. A junior DevOps engineer works under a senior DevOps engineer and is proficient in all the DevOps mostly used tools and technologies such as CI/CD, code testing, infrastructure tools and efficient product/application delivery.

Essential skills for junior DevOps engineers:

The following are the vital skills for a junior DevOps engineer:

  • Familiarity with scripting languages and automation
  • Understanding of networking and security fundamentals
  • Basic understanding of software development
  • Familiarity with using cloud computing platforms 
  • Aware of CI/CD pipelines
  • Knowledge about Infrastructure as Code (IaC)
Learning opportunities and resources for skill development:

The following tips can help you grow as a DevOps engineer, especially if you’re just starting out:

  • Online courses: Enhance your skills using online courses and platforms. Network Kings is a good place to upskill yourself where you can learn directly from DevOps engineers.
  • Open-source projects: Contribute to open-source projects such as on GitHub to enhance your visibility in the industry.
  • Updated portfolio: Make portfolio projects to showcase your work.
  • Attend meetups: Participate in meetups and industry events for better exposure in the industry. This will also keep you updated with the current industry standards.

Senior DevOps engineer skills: Advancing to leadership roles

If you’re planning to transition from a junior DevOps role to a senior one, it is important that you showcase your advanced infrastructure management, software development, collaboration, and automation skills.

Advanced skills and responsibilities:

The major skills and responsibilities of a senior DevOps engineer are as follows:

  • Advanced cloud computing: You need to have advanced knowledge of cloud computing, especially in the context of cost optimization and enhanced productivity.
  • Advanced automation and orchestration: You must be proficient with advanced automation and orchestration to build robust automation frameworks.
  • System architecture and design: You must have a strong understanding of system architecture and design for long-term success and adaptability.
  • Perform RCA: You must know how to perform root-cause analysis, perform incident management and troubleshoot systems.
  • Prioritize security: It should be your priority to follow industry standards and look after all the security regulations.

Leading and mentoring junior DevOps engineers:

As a senior DevOps engineer, it is your duty to guide and mentor junior DevOps engineers, review their codes, and train them with the best industry practices. This is how you promote a culture of enhanced collaboration and communication in the industry.

By developing advanced DevOps skills, it becomes your responsibility to drive the whole team and become a guiding light for the software development and operations teams.

Conclusion

That’s all for the comprehensive give on DevOps engineer skills required! Entering a competitive industry like DevOps requires you to sharpen your technical as well as soft skills.

So far, you have learned that it is important to have an in-depth understanding of version-controlled systems, automation and scripting languages, Infrastructure as Code (IaC), Continuous Integration (CI)/Continous Deployment (CD), cloud computing platforms, monitoring and logging, troubleshooting, etc. At the same time, you must have strong collaboration and communication skills!

DevOps is one of the most modern IT tools and if you want to thrive in this industry, it is crucial to keep yourself updated with the upcoming tools and technologies. After all, continuous learning is the only way to stay ahead of the curve.

What is a Routing Table in Computer Networks?

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what is a Routing Table?
what is a Routing Table?

Until now, we have also learned about the network components such as routers and Wireless LANs. When you grant Internet access, your LAN is connected to the Internet via the router.

Therefore, a router plays a very important role in forwarding the data packets in a computer network. It is the one responsible for sending your packets from source to destination.

Note: If you haven’t read the previous blog of our CCNA 200-301 series, I highly recommend you do so.  

In this blog, we will learn how a router uses a ‘routing table’ , the interface to which the data must be sent. We will also learn about all the information that a routing table stores inside it. Last but not the least, we will also learn the difference between static and dynamic routing.

Let us start learning about the routing table!

Devices such as routers and switches that are IP-enabled use routing tables. A routing table is updated dynamically via network routing protocols.

What is a routing table?

When a data packet has to be sent to a destination via the source, the router delivers the packet by following a set of rules. These sets of rules viewed in a tabular format determine where these data packets will be delivered. These are called a routing table.

You can view a routing table by using the “show IP route” command. When you use this command, you will be presented by something like the following:

show ip route” command.

Devices such as routers and switches that are IP-enabled use routing tables. A routing table is updated dynamically via network routing protocols.

How Does a Routing Table Work?

A router has to make decisions on which interface it has to deliver the packets. A routing table helps the router to take these decisions effectively.

The routing table helps a router with the following most important piece of information:

  • It tells the destination IP address to the router.
  • It tells the best path to the router to reach the destination.
  • It also helps the router to manage the network traffic every second.
routing table

In the routing table as shown in the image above, the 3 metrics are the most important:

  • Network destination:

It consists of the network ID of the destination. 

  • Net mask:

It consists of the subnet mask of the destination IP address.

  • Interface:

It refers to the port at which the router is connected to the network.

Let’s understand all of these in detail!

What are the Routing Table Entries?

Routing table entries refer to the information that is contained in a routing table. It contains important information such as IPv4 and IPv6 address classes. 

Note: The primary fields such as Network ID, next hop and cost or metric of a routing table do not change.

Let us learn about the various routing table entries:

  • Network ID:

The Network ID is the ID of the destination that belongs to a route.

  • Destination:

It is the IP address of the final destination that a data packet has to reach.

  • Subnet Mask:

It is a 32-bit network address, also referred to as the netmask. It functions to match the destination IP Address to the Network ID. it tells whether the host is the local or remote network. 

  • Gateway:

It is the IP address to which the packet is forwarded to and is commonly known as the next hop.

  • Interface:

A router could either be connected to the devices in the same network or outside a Wide Area Network (WAN). They mostly use Ethernet interfaces to connect to these devices. 

  • Metric:

It shows the minimum number of networks crosses or hops to the Network ID. it provides a value to each available route through which the packet can be sent. Then, it helps in selecting the best path. 

The path with the lowest metric is chosen when there are multiple paths to the same destination network.

How are the Routing Tables Maintained?

A routing table can be maintained by:

  • Using Dynamic routing
  • Using Static routing

Let’s learn the difference between these two routing modes with the help of a table!

Dynamic Routing 

Static Routing

1. Routing protocols are used to build and maintain the routing tables automatically without any manual help.

1. The routing tables are not changed until a Network Administrator manually changes them.

2. They have multiple paths available to the destination.

2. They have a single pre-configured path to the destination.

3. The algorithms automatically update the routing tables.

3. There is no automation update.

4. It needs more computation time and bandwidth.

4. It does not need more computation time or bandwidth.

5. It is less secure.

5. It is more secure.

6. It uses distance vector algorithms such as RIP/IGRP as well as link state algorithms such as OSPF to adjust the routes.

6. There is no use of algorithms.

7. Entire routing table is used to identify the available paths.

7. Only one entry in the routing table is used to identify the available path.

8. It is used in large networks in big organizations.

8. It is used in small networks in small-sized organizations.

The above are all the important points that you need to know about static and dynamic routing.

Conclusion:

This marks the end of our introductory blog to the routing table. We have learned about what routing tables are and how they function.

This helps us understand and dissect how routers work. We also learned about how routing tables can be maintained. Further, we will learn more about networks in the upcoming blogs. 

Stay tuned for the upcoming blog of our CCNA 200-301 series. 

Happy Learning.

CCNA Routing and Switching Certification

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CCNA routing and switching certification
CCNA routing and switching certification

CCNA Routing and Switching Certification in Networking?

All you need to know about Cisco’s technical certification

Now that you have the basic understanding of CCNA, introduce yourself to the concept of Routing and Switching.

The switch and router are the two essential components of a network. Although both are the connecting devices in a network, and are sometimes assumed to be the same, both serve different functionalities. 

Certified Cisco Network Associate (CCNA Routing and Switching) is a technical certification course offered by Cisco. Cisco (officially known as Cisco Systems, Inc.) is an American multinational technology which specializes in specific tech markets, such as the Internet of Things (IoT), domain security, videoconferencing and much more. 

CCNA Routing and Switching 200-125 Course Syllabus

What is Cisco Routing and Switching? - CCNA

The CCNA Routing and Switching – short for Cisco Certified Network Associate is a beginner level information technology (IT) certification that is offered by Cisco, the world’s most famous company for manufacturing and selling networking equipment. This certification is particularly designed for early-career networking professionals making them familiar with a wide range of topics, such as:

  • LAN/WAN
  • TCP/IP model
  • Switches and routers
  • Network utilities (ping, tracert, arp)
  • IP addressing and subnetting
  • VLANs and trunking
  • Routing protocols such as OSPF
  • WLAN
  • NAT and ACLs
  • Automation and programmability

How to become CCNA Routing and Switching Certified?

So how do you even become a CCNA Routing and Switching Certified? To obtain the CCNA Routing and Switching certification you need to pass a single exam – the CCNA 200-301. This exam tests your knowledge and skills related to:

  • Network fundamentals
  • Network access
  • IP connectivity
  • IP services
  • Security fundamentals
  • Automation and programmability

Top Benefits of CCNA Routing and Switching Certification

The IT job market is busier than ever. Even with a networking degree, it is not easy to stand out in the crowd with many applicants with the same credentials. This is the exact reason why one should opt for the CCNA Routing and Switching Certification. CCNA Routing and Switching certification helps you stand out in the crowd and will help you in understanding the fundamentals of networking.

This certification can be considered an essential for candidates who are just starting in the field of networking as this beginner friendly course will take you through a detailed explanation on topics like fundamentals of networking, IP connectivity, such as components of the routing table, IPv4 and IPv6 static routing, different IP services (DHCP, DNS, SNMP, FTP, etc.), security fundamentals, and Automation and programmability. 

What’s more is that CCNA Routing and Switching certification alone can open the door to opportunities in your career. Once you are CCNA Routing and Switching certified, you can raise and negotiate a higher salary than other IT guys applying for the same position. 

To know more benefits of CCNA Routing and Switching Certification, head over here and know about what job positions you can apply for once certified.

How should you prepare for the Cisco Routing and Switching?

There are various steps from which you can choose from based on your preference:

  • Self-Study

The basic way you can opt for your preparation to get certified is to self practice including books, study guides, videos and other informative material that you may have on offer.

  • Instructor-led Training

You can choose a training course available online to prepare for the CCNA Routing and Switching Certification, to learn directly from networking experts. Network Kings provides you with all the required resources and in-depth knowledge you will need not only to clear your examination but that will also help at ground level in real world scenarios. 

And you can always guarantee yourself to get your doubts cleared straight away with the live interactive sessions hosted by leading experts of the industry. To get all the information of the CCNA Routing and Switching Certification Course read more.

What is CCNA?

Cisco Certified Network Associate (CCNA) is an associate level Cisco certification dealing with entry-level network engineers looking to enhance their networking know how. In recent times it is one of the most popular and in-demand networking certifications in the industry.

Who can do CCNA Routing and switching Certification?

CCNA is one of the highly recertified certifications throughout the globe. This certification helps in increasing the chance of any student to make a career, thereby increasing the possibility of moving forward in the field of networking and for professional careers. This makes CCNA a beginner friendly course ideal for IT technicians and entry-level engineers who are interested in making their careers in the networking sector. If you are 12, B. Tech, B.E., MCA, BCA or B.Sc. IT student or a pass out and looking to make a career in the networking industry this course is the perfect kickstart for your career.

The Basic Meaning of Routers and Switches

A router is a networking device used to connect multiple switches and their corresponding networks to build a large network.

On the other hand, a switch is a networking device, which provides the facility to share the information & resources by connecting different network devices, such as computers, printers, and servers, within a small business network.

Types of Routers and Switches

Both Routers and Switches have their different types as listed below:

Types of Switches

  • Unmanaged Switches

The unmanaged switches are primarily used for basic connectivity in small networks or wherever only a few more ports are required, such as at home, in a lab, or in a conference room. In unmanaged switches, there’s no requirement for any configuration, which suggests by just plugging in, they’re going to work.

  • Managed Switches

Managed switches are more secure than unmanaged switches, providing other features and flexibility as they can be easily configured to custom-fit the network. Hence, we can have greater control, and can also better protect our network and improve service quality for those who access the network.

Types of Routers

  • Wireless Router

As the name suggests this type of routers do not require any wires or cables to function and can only be accessed by authenticated users using id and password making it a hassle free and secure way to connect to networking devices.

  • Wired Router/Broadband Router

These types of routers require a wire or cable to connect and are mostly used in schools and offices to connect to network devices via ethernet. It is connected to the ADSL modems to take the transmission data from the modem and distribute it to an extra network.

The Differentiators between a router and a switch

Besides both being connecting devices the most prominent differences between routers and switches are listed below:

 

Key

Router

Switch

Objective

Connecting various networks is the main objective.

Its main objective is to attach different devices in a network.

Layer

It works in Network Layer.

It works in the Data link layer.

Usage

It is used as LAN and MAN.

It is only used as LAN.

Data Format

Sends data in the form of packets.

Sends data in the form of packets as well as frames.

NAT

Compatible with NAT

Not compatible with NAT

Type

Routing type is Adaptive and Non-adaptive routing.

Switching type is Circuit, Packet and Message switching.

How to prepare for the CCNA Routing and Switching exam?

This course will prove to be your first stepping stone towards career development. This certification helps to boost the career of any student. The CCNA exam is taken by Cisco and it has an ample number of topics and also includes a lot of protocols, but its biggest topic is TCP / IP, involving 50-60 questions to be solved, within a time limit of 90 minutes. 

Although this course is built even for a person with basic knowledge of programming, The CCNA Routing & Switching exam has become progressively more difficult over the years, with a lot of material to cover in the syllabus, it cannot be considered as an entry level exams that can be cleared simply by reading a book a single time.

In order to pass the exam candidates need to do continuous practice. Regardless of how much in book information that one may have, the exams also have questions related to problems in the real world, which need to be answered patiently.

We at Network Kings offer the CCNA 200-301 training course under the assistance of industry experts to guide you with complete knowledge of all the topics to be covered in the syllabus along with real world information on how to crack the exam.

What lies ahead after a CCNA Routing and Switching Certification?

So let’s say you just completed your CCNA certification, now what? Can you get a job after your certification, that is a question worth asking and we are here to answer. 

Many employers will hire someone with only the Cisco CCNA certification for a lower-level or entry-level IT or cyber security job, but you can increase the chances of being hired dramatically if you can combine your CCNA with other skills or courses, such as MCSA and Redhat Linux course which are together combined in our IT Professional Master Program.

The top 7 job profiles pursued after CCNA Courses are listed below:

  • Technical Support Engineers
  • Systems Engineers (Fresher)
  • Systems Engineer
  • Network Administrator
  • Information Technology (IT) Manager
  • Senior Network Engineer
  • Network Security Specialist

Cloud Computing Courses for Beginners: a Guide to Getting Started

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cloud computing courses for beginners
cloud computing courses for beginners

The cloud computing industry is booming tremendously at a fast pace all across the globe. There are a large number of cloud service providers in the market, yet, Amazon Web Services (AWS), Microsoft Azure and Google Cloud Platform (GCP) lead the cloud industry.

Because of the endless popularity and worldwide adoption of the cloud, every one out of ten IT aspirants wants a job in this industry. Blame it on one of its own kind technologies. 

Therefore, I have compiled a list of the best cloud computing courses for beginners to kickstart their careers in this ever-growing industry. Based on your field of interest, you can choose a specific cloud computing certification.

Without further ado, let’s begin with the list of the top-most pursued cloud computing courses for beginners!

Top 7 Most Pursued Cloud Computing Courses for Beginners

AWS Certified Cloud Practitioner:

The AWS Certified Cloud Practitioner is one of the best cloud computing courses for beginners. This cloud certification is for people who are new to cloud computing concepts. This certification tests your knowledge of basic cloud infrastructure, architectural concepts, and important AWS services.

Who is this certification for?

This certification is for the candidates who:

  • are entirely new to cloud computing.
  • Want to learn more about cloud computing.


Cost of exam: $100 USD

AWS Certified Solutions Architect - Associate:

The AWS Certified Solutions Architect Associate certification is the best cloud computing course for beginners and professionals who want to switch to the cloud industry. AWS Course is the best for candidates working in enterprise architecture and solutions architecture.

Who is this certification for?

This certification is for the following candidates:

  • People who are proficient in solutions architecture
  • Those who know how to deploy and secure web applications
  • Those who understand the AWS well-architected framework

Cost of exam: $150 USD

You can start preparing for the AWS solutions associate through us. Check this video out here!

Microsoft Certified: Azure Fundamentals

The Microsoft Azure certification proves that you have mastered the basics of Microsoft Azure. This certification helps you prove your basic knowledge of cloud services. This certification helps you to show your understanding of cloud concepts, Azure services, Azure workloads, Azure security, privacy, etc.

Who is this certification for?

Azure course and Certification is suitable for you if:

  • You already have a basic understanding of cloud services.
  • You want to hands-on learn how to use the cloud concepts.

You must take the AZ-900 exam to get the Microsoft Certified Azure fundamentals certification.

Cost of exam: $99 USD

AWS Certified SysOps Administrator - Associate:

The AWS Certified SysOps Administrator – Associate certification is for candidates who want to prove their skills as a system administrator in implementing cloud initiatives. This certification validates their skills in cloud operations jobs. 

You majorly learn about AWS Tenets, AWS CLI and SDKs/API tools, and virtualization technology.

Who is this certification for?

This certification is for anyone who:

  • Have at least 1 year of experience with deploying, managing, and operating AWS.
  • Have a minimum of 1 year of practical experience with AWS technology.
  • Are familiar with working with the AWS Management Console and AWS Command Line Interface (CLI)
  • Understands AWS networking and security services
  • Understands AWS Well-Architected framework.

Cost of exam: $150 USD

Microsoft Certified: Azure Administrator Associate

The Microsoft Certified Azure Administrator Associate is a certification for candidates having a great understanding of implementing, managing, and monitoring an organization’s Microsoft Azure environment.

An Azure Administrator sets up, monitors and manages Microsoft Azure solutions that include compute, storage, network, and security services.

Who is this certification for?

This Microsoft Azure certification is for the following candidates:

  • Those who want to develop, administer, and monitor cloud services.
  • Those who want to configure and manage virtual networking.
  • Those who want to deploy and manage Azure compute resources.

You need to take the AZ-104 exam to become an Azure Administrator – Associate.

Cost of exam: $165

If you’re interested in becoming an Azure Administrator and you wish to learn from top-notch Cloud Engineers, don’t forget to check out more here!

Google Associate Cloud Engineer:

An Associate Cloud Engineer uses Google-managed or self-managed services on Google cloud to protect and deliver applications and infrastructure. He operates various projects and maintains corporate solutions in order to achieve performance goals.

He uses Google Cloud Console and Command Line Interface to perform common tasks. He has worked with public clouds as well as on-premises systems.

Who is this certification for?

This certification is for anyone who has the following skills:

  • This certification is for software engineers, developers, and coders who deploy web applications in the cloud.
  • Those who have a basic understanding of Google cloud platform products and services.
  • Those who have a good understanding of fundamental cloud concepts such as virtual machines, containers, and networking.

Cost of exam: $125 USD

To kickstart your journey in the Google cloud platform, you can check out our GCP course here. Grab the opportunity to learn from Cloud Engineers!

AWS Certified Developer Associate:

An AWS Certified Developer Associate has a good understanding of core AWS services, uses, and basic architecture of AWS. By getting this certification, you can develop proficiency in debugging, developing, and deploying cloud-based applications by using AWS.

Who is this certification for?

This certification is for the following candidates:

  • Anyone working in a developer role.
  • Someone who has hands-on experience in AWS technology.
  • Those who have experience working in other cloud services.

Cost of exam: $150 USD

Which Cloud Certification is best for beginners?

As discussed earlier, the top three cloud service vendors in the industry are Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP). There are many other cloud vendors available in the market, yet the majority of organizations depend on AWS!

AWS contributes to the largest share of the cloud market followed by Microsoft and then Google. This is the reason why most people go for these certifications. However, the best way to know which certification is the best for you is by analyzing which cloud service is used in your target industry of interest!

Conclusion:

You can begin your cloud computing journey with your own choice of cloud certification. The market is saturated with a large number of cloud certifications, yet, it is important to go for the cloud computing courses for beginners that are in demand in the industry.

If you wish to start your cloud journey, you can begin with us!