Introduction to Cloud Computing


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Today, irrespective of size, every successful business has an online presence for which they need a data centre. The traditional data centre is on-premises, which means that all of its operations take place at a real location inside an office building for businesses. A data centre could be as little as a few computers under a desk, as large as an entire building loaded with blade servers in a climate-controlled room. It is managed by an internal IT team paid for and employed by the company that owns the data centre.

Nonetheless, the world of cloud computing continues to be opaque and perplexing for many. We’ll offer you a brief introduction to cloud computing and demonstrate how it may be applied to a variety of fields, from developers to the realm of cyber security.

Defining Cloud Computing

Cloud computing, to put it simply, is the deployment of computing resources as a service. Moving to the cloud fundamentally means that the resources are owned and managed by the provider rather than the end user.

This implies that you don’t have to worry about mainframes, hard drives, or the location of any of this hardware or software. It is floating there in a figurative “cloud” that you, the user, can access over the internet as far as you are concerned.

Companies no longer have to worry about investing in labour, knowledge, or capital to maintain these resources thanks to the transition from on-premises software and hardware to a networked, remote resource. Several cloud computing businesses, including major players like Amazon and Microsoft Azure, have been born as a result.

Short History of Cloud Computing

Before the cloud emerged, there was a technology known as client/server computing, which is essentially a centralised storage in which all software applications, all data, and all controls are stored on the server side. A single user must connect to the server and obtain the necessary access before being able to access a particular piece of data or run a programme.

Distributed computing then entered the scene, in which all computers are networked together and share resources as required. Based on the computing above, cloud computing principles were developed and later put into practice.

John MacCharty opined that computing may be marketed as a utility, much like water or electricity, in a 1961 address at MIT. It was a fantastic idea, but like many great ideas, it was ahead of its time. During the following few decades, even if the model was popular, technology was simply not ready to support it. began offering users applications in 1999 using a straightforward website. Enterprises received the programmes via the Internet, making the dream of computers as a utility a reality.

Amazon launched Amazon Web Services in 2002, offering solutions for computing, storage, and even artificial intelligence. Yet, a fully commercial service that was accessible to everyone didn’t exist until the Elastic Compute Cloud was introduced in 2006.

Of course, all the major firms have participated in the development of cloud computing, some earlier than others. In 2009, Microsoft announced Windows Azure, and companies like Oracle and HP have all joined the game. This demonstrates that cloud computing is now widely used.

Introduction to Cloud Computing

Cloud computing is the supply of computing services over the Internet, including servers, storage, databases, networking, software, analytics, and intelligence (Internet).

The on-site data centre can be replaced with cloud computing. With an on-premises data centre, we have to take care of everything, including buying and installing hardware, setting up virtual machines, installing the operating system and any other programmes that are needed, establishing the network, setting up the firewall, and setting up data storage. We are now in charge of sustaining it throughout its whole existence after setting everything up.

There are many benefits to using the cloud. A few of them are listed below::

  • Using the Internet, one can obtain applications used as utilities.
  • Online application manipulation and configuration are always available.
  • It is not necessary to install any software to use or access cloud applications.
  • Using the PaaS model, cloud computing provides online tools for development and deployment as well as a runtime environment for programmes.
  • Cloud resources are accessible through the network in a way that gives any kind of client platform-independent access.


What Is The Future of Cloud Computing

Companies nowadays are looking for creative methods to expand and achieve their objectives. Cloud computing will make it easier for this business to expand in the future. Cloud computing is robust and extensive, and it will continue to grow and provide a wealth of benefits in the future. Here are some predictions:

The growth of hybrid and multiple clouds

We will continue to see an increase in the adoption of hybrid and multi-cloud strategies as organisations grow more accustomed to utilising different cloud providers. Businesses will find it easier as a result to take advantage of each provider’s best features and capabilities.

Increase in edge computing

As the Internet of Things expands, more processing power will be needed at the network’s edge. As a result, edge computing designs, which offer better performance and lower latency than conventional centralised cloud models, will be adopted more widely.

Further machine learning and AI

Cloud service providers will keep making significant investments in machine learning and artificial intelligence technology. They will be able to provide more sophisticated features and services, like autonomous scaling and self-healing systems, as a result.

A stronger emphasis on security

Security will become more and more important as cloud usage increases. More money will likely be invested in security-related technologies, and there will likely be tighter restrictions on who may access data and how it can be used.

Continuous price competition

We may anticipate continuing pricing battles in the cloud computing industry because there are so many suppliers vying for market share. If service costs continue to decline, consumers will gain.

Expanded regulation

We can anticipate more regulation of data privacy, security, and other issues as cloud services spread more widely. By doing this, it will be possible to defend users’ rights and hold service providers responsible for their conduct.

These are a few of the cloud computing technological developments to watch in the upcoming years.

How to Learn Cloud Computing

To learn cloud computing from scratch, follow these steps.

Step 1: Assess your basic knowledge

You simply need a basic knowledge of Windows, Linux, and networking to start a career in cloud computing.

Step 2: Understand Cloud Computing Fundamentals

For a beginner, learning the fundamentals of cloud computing will be a thrilling experience. The best-beginning cloud computing training can be found online, but it’s quite difficult to discover. Both the economic and technological sides of the changes should be considered.

Step 3: Knowing concepts like “Linux” and “Networking”

Linux: The IAAS platform will give top importance to Linux operating systems, which are preferred by the majority of businesses that operate with online applications.

Networking: It’s a smart idea to learn networking and to understand it because it holds everything in the world of computers together.

Step 4: Get a working knowledge of AWS

Although there are additional cloud computing options, let’s discuss one that already exists. There are several courses regarding AWS because many businesses have started looking at it for various workloads or to relocate.

AWS Technical Essentials Course

You will gain knowledge about AWS products, services, and typical solutions in this course. So that you can choose IT solutions depending on your business needs, you will learn the foundations of identifying Amazon services.

Learning Goals

This AWS course will assist you in discovering and comprehending the following:

  • Cloud ideas and terminology for the AWS platform
  • Use cases and the AWS Global Infrastructure
  • basic architectural tenets of the Amazon cloud
  • AWS security and cloud security ideas
  • Storage concepts for Amazon
  • Networking principles for AWS
  • Block-based compute services from AWS
  • Concepts for Amazon Databases and managed database services
  • Options for deployment and management

Course Structure

The course covers fundamental theoretical ideas as well as several practical demos to help you gain expertise with the AWS platform. You will feel more comfortable architecting, building, and deploying Amazon solutions by the end of the course to support a variety of applications.

Target Audience

  • IT specialists who are fresh to AWS
  • Individuals responsible for outlining the financial benefits of AWS services
  • developers and system administrators interested in utilising Amazon services


How to Get Cloud Computing Certificate

For people wishing to advance their knowledge and skills in cloud computing, a certification is helpful. It shows that the person understands cloud computing thoroughly and can use it in practical settings. Additionally, the certification demonstrates to potential employers that the applicant is an expert in cloud computing. More work opportunities and higher pay may result from obtaining a cloud certification.

Prerequisites for Cloud Computing Certification

  • database experience and programming expertise
  • Fundamentals of Privacy and Security
  • knowledge of Agile development
  • Operating system expertise Virtualization expertise

The following certifications are frequently advised for anyone looking to position themselves for entry-level cloud-related positions.

1. Associate Solutions Architect at Amazon Web Services (AWS)

A multiple-choice test that measures your skill with AWS, the leading cloud platform, in terms of service deployment, management, and use, is required to obtain the Amazon Solutions Architect – Associate credential. The certification demonstrates your mastery of the fundamental technical ideas of Amazon cloud engineering, positioning you to be considered for careers in the field.

2. Azure Foundations: Microsoft Certified

Azure has the second-largest market share in the cloud sector, making it a useful cloud platform to research. The AZ-900 exam is designed for people with both technical and non-technical backgrounds and is necessary for the Azure basic certification.

3. Associate Cloud Engineer at Google

You must exhibit your mastery of Google Cloud’s foundational concepts to get certification as a Google Associate Cloud Engineer. This includes, among other things, setting up a cloud solution environment, managing databases and storage, and defining access and security.

4. IBM Cloud v3 Certified Technical Advocate

IBM cloud services are helpful in industries where IBM cloud platforms are employed, despite having a smaller market share than the competition. The IBM Certified Technical Advocate – Cloud v3 certification is the prerequisite for using IBM cloud (formerly known as IBM Certified Solution Advisor).

5. Cloud Security Alliance’s Cloud Security Knowledge Certificate (CCSK)

The CCSK is distributed by the Cloud Security Alliance, a provider of vendor-neutral certification. This suggests that you can apply the knowledge you gain through certification with a variety of cloud systems. The CCSK places a focus on the fundamental ideas of cloud security.


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