What is Google Cloud Computing?

Cloud computing is undoubtedly the most spectacular among the 21st-century technology innovations that have been embraced by society more quickly as compared to other technologies in the field. The proliferation of smartphones and other internet-capable mobile devices has been a major driver of this acceptance. Cloud computing has benefits for individuals as well as for businesses and organisations. We can use it to run software programmes without having to put them on our computers, store and view our multimedia content online, create and evaluate new software without necessarily needing servers, and more. We can call it a 21st-century phenomenon crucial in practically every industry you can imagine.

Google Cloud computing is the delivery of computer services via the internet that includes servers, databases, storage, software, networking, analytics, and intelligence to provide speedier invention, adaptable resources, and scale economies. The cloud powers some of the biggest brands in the world and is the innovation that underpins some of the most cutting-edge products and applications of recent years. It is a tech breakthrough that has seen explosive growth over the past ten years.

Businesses worldwide use cloud computing and services to acquire essential data and apps. You usually spend only for the cloud services you use, which helps you save money on operating costs, maintain your infrastructure more efficiently, and expand as your business shifts. Cloud computing, highly regarded for its comfort and dependability, is revolutionising organisations and their procedures across industries.

Also read: All you need to know about Cloud Computing?

Types of Cloud computing

The three primary models of cloud computing are as follows. Each model represents a different component of the cloud computing stack.

• Infrastructure as a service (IaaS)

IaaS encompasses the fundamental components of cloud computing and typically gives users access to networking capabilities, computers, and data storage space. It offers the most flexibility and administrative control over your IT resources.

• Platform as a service (PaaS)

Platform as a Service allows you to concentrate on deploying and administering your applications by removing the need for companies to oversee the underlying infrastructure. As a result, you can run your application more efficiently as you won’t have to deal with resource acquisition, capacity planning, updating software, patching, or any other unnecessary heavy lifting.

• Software as a service (SaaS)

With SaaS, you receive a finished product that is operated and administered by the service provider. End-user apps are typically mentioned when someone uses the term “software as a service.” You simply need to consider how you will utilise that specific software when using a SaaS product; you do not need to consider how the service or the core infrastructure is managed. An everyday illustration of a SaaS application is web-based email, which lets you send and receive messages without having to manage feature updates or upkeep for the servers and operating systems the email software is using.

• Serverless

A cloud-native development methodology called serverless enables developers to create and execute apps without being concerned about managing servers. Servers are still serverless, but they are separated from the app development process. Installing, managing, and upgrading the server infrastructure are routine tasks a cloud provider handles. Serverless applications adjust to demands and autonomously scale down and up as necessary after they are deployed. Public cloud providers’ serverless services are often billed on-demand using an event-driven execution approach. As a result, a serverless function is free to use while it is not in use.

Benefits of Google cloud computing

• Cost-effective

By using the cloud, you can do away with the capital costs associated with purchasing hardware, setting up software, and maintaining on-site data centres, which require racks of servers, constant electricity for cooling and power, and IT professionals to manage the infrastructure. 

• Secure

A wide range of rules, tools, and controls are provided by cloud service providers, enhancing your overall system security and defending your infrastructure, apps, and data from possible risks.

• Flexible

Due to the self-service and on-demand nature of cloud computing services, even massive amounts of computer resources can be delivered rapidly and with just a few clicks. This gives enterprises a great deal of flexibility and relieves the burden of capacity planning.

• Sustainability

Data can be replicated at many redundant sites on the network of the cloud provider, making backup processes, recovery plans, and business continuity simpler and less expensive using cloud computing.

• Mobility

The mobility provided by cloud-based technology allows workers to instantly access cloud resources from any place or device. It provides the right amount of IT resources—more or less processing power, storage, and bandwidth—at the right time and from the right place.

• Data backup and recovery

In cloud systems, there is no requirement for an emergency data backup plan. In the event of a crisis, there is no irreversible data loss.

• Improved collaboration

Real-time data may be easily shared between teams within a company using cloud settings, which enhances teamwork and productivity.

• Competitive edge

The rate of usage of cloud computing services is rising annually. Businesses that have already embraced this technology aren’t only benefiting from it, but they are also able to keep up with their competitors.

• Unlimited storage capacity

There is infinite storage available in the cloud for all kinds of data.

Applications of cloud computing

• Data storage

Data including files, photos, audio files, and movies, can be stored and accessed via cloud computing. In the era of big data, it costs more and takes up more space to locally store vast amounts of corporate data. Organisations can store and retrieve data using a variety of devices using cloud storage in this situation. The offered interface is user-friendly, practical, and offers the advantages of fast speed, scalability, and integrated safety.

• Big data analysis

The use of cloud computing for in-depth data analysis is one of its most significant uses. Big data cannot be stored using conventional data management solutions due to its enormous volume. As a result of the cloud’s limitless storage capacity, companies may now store and analyse huge amounts of data to get critical business perspectives.

• Art applications

Numerous art app services are available through cloud computing applications for design objectives and assisting in the creation of attractive patterns for books, greetings, and other graphics. Examples of cloud computing applications for the arts include Moo, Vistaprint, and Adobe Creative Cloud. These programmes facilitate quick card creation, printing, and design. Additionally, programmes like Adobe Creative Cloud, a cloud-based programme that offers first-rate professional editing services, are available.

• E-commerce applications

Users and e-businesses can react swiftly to possibilities as they arise, thanks to cloud-based eCommerce solutions. It provides corporate executives with a fresh method for getting things done quickly and efficiently. They oversee customer information, product specifications, and other operational processes in cloud settings.

• Antivirus applications

Cloud computing introduces cloud antivirus software, which is kept in the cloud and monitors and removes malicious software and viruses from an organisation’s system. Previously, businesses had to put antivirus software on their computers to find security problems.

• Testing and development

The simplest method for product testing and development is provided by cloud computing applications. By using conventional techniques, creating such a setting would take a lot of time, money, and labour for the infrastructure and IT resources to set up. Businesses may employ scalable and adaptable cloud services for product creation, testing, and deployment thanks to cloud computing.

• Accounting applications

Accounting software is a real-time cloud computing app that assists management in the accounting-related area of the organisation. One such tool utilised by larger businesses to provide real-time daily accounting services is Outright. It makes it possible for you to monitor your expenses, profits, and losses in real time. Other instances of cloud-based accounting software are KashFlow and Zoho Books.

• Management applications

Evernote is a well-known example of a cloud computing application. With the aid of this programme, users can save and share notes in a central location that they can access at any time. These are accessible from any location in the world. Both the paid and the free variants of the application are supported. This programme falls under the category of management software, which has both personal and business applications.

Why choose a career in cloud computing?

Cloud computing is one of the most challenging and quickly expanding employment fields since it affects so many facets of contemporary life. The majority of large companies devote over one-third of their IT expenditure to cloud computing services. Given the increasing demand for cloud computing experts in the labour market, it is no wonder that cloud computing is the most recent trend and is in high demand.

What steps should you take to build a profession in cloud computing?

Most entry-level positions in cloud computing require prior experience. If you have the correct cloud certification, you may be able to find work in cloud technology even if you lack the necessary experience in the field.

• Learn about cloud platforms and technology, comprehend cloud computing’s foundations, and develop the necessary skills to boost your cloud computing career.
• A professional in cloud computing is an IT expert who manages cloud computing tasks like strategy, development, implementation, upkeep, and maintenance. 
• Some cloud computing positions entail managing and monitoring the organisation’s cloud computing strategy, cloud adoption strategies, cloud application design, and cloud infrastructure.

Some job roles in cloud computing and their average salaries are mentioned below:

Job roles	Average pay
Cloud Architect	₹ 21.0 LPA
Cloud Network Engineer	₹ 9.0 LPA
Solution Architect	₹ 22.9 LPA
DevOps Engineer	₹ 6.0 LPA
Cloud Security Analyst	₹ 8.0 LPA
Cloud Database Administrator	₹ 12.5 LPA

Also read: Can online cloud computing courses help you prepare for an interview?

What is the Google Cloud Computing Foundations course about?

A 4-course series called The Google Cloud Computing Foundations is designed for individuals who have little to no prior knowledge of or experience with cloud computing. It gives an overview of key ideas in big data, machine learning, and cloud fundamentals, as well as the place and function of Google Cloud. By the conclusion of the set of sessions, students will be competent to explain these ideas and exhibit some practical abilities. To be prepared for this course, students should:

• Possess rudimentary IT expertise and a desire to learn more about ML and the cloud.
• Knowledge of at least one language (such as Python or Java).
• Know the fundamentals of SQL and shell scripting.

What is Google Cloud Platform(GCP)?

The Google Cloud Platform is a component of Google’s public cloud computing services. It uses the same tracking frame that Google uses for popular end-user products like Google Search and YouTube. This platform consists of several hosted services for computation, storing, and app development which utilise Google hardware. Google Cloud services are available to application developers, cloud admins, and other corporate IT experts over the open internet or a specialised network connection.

What is the Google App Engine in cloud computing?

Google App Engine in cloud computing is a platform for managing apps and developing web applications. The same systems that power Google apps are supported by Google App Engine so that users can create and host their applications. In exchange, it offers quick development and deployment, simple management without any need to fret over hardware or backups, and easy scaling.

What are Google Cloud Platform services?

Computing

GCP offers a flexible selection of computing alternatives that you may customise to meet your needs. It offers virtual machines that can be completely customised and the choice between direct code deployment and container deployment. It includes:

• Google Compute Engine
• Google App Engine
• Google Kubernetes Engine
• Google Cloud Container Registry
• Cloud Functions

Networking

A network is a type of communication system that enables data flow between nodes. The same term is used by a few Google Cloud Services. The networking services offered by Google Cloud include the following:

• Google Cloud DNS
• Google Cloud Interconnect
• Cloud VPN

Storage

Databases and cloud storage are also regarded as important components of the Google Cloud Platform services. The services included are:

• Google Cloud SQL
• Google Cloud Spanner
• Google Cloud Storage
• Google Cloud Datastore and Bigtable
• Persistent Disk

Data Analytics

Big Data is a primary service provided by Google Cloud Services since it is processed in the cloud. The services listed below fall under the category of big data:

• Data Analysis
• Cloud Pub/Sub
• Cloud Dataflow

AI and ML

One distinctive feature of Google Cloud Services is that it supports AI. It implies that you can utilise Google Cloud Platform to create your network or infrastructure. There are various APIs that offer the necessary solution.

• Google Cloud Translation API
• Google Cloud Vision API
• Google Cloud Speech API
• Google Natural Language API

User protection

The following services are part of the security-related services offered by this domain:

• Cloud Resource Manager
• Cloud IAM
• Cloud Security Scanner
• Cloud Platform Security

The online BCA programme from Manipal University Jaipur includes a Google Cloud Computing Foundations curriculum

The online BCA programme offered by Manipal University Jaipur is designed to produce tomorrow’s pioneers by intertwining the most recent innovations in technological advances with an emphasis on rationality and inventiveness in addition to the rising norms of the marketplace. It includes the Google Cloud Computing Foundations programme to equip learners with a firm understanding of cloud computing. With innovative ideas, practical labs, exams, and a capstone project on subjects spanning from cloud architecture to application development, the Google Cloud Computing Foundations curriculum in the programme will familiarise you with the extensiveness of cloud computing. 

Conclusion

The worth of cloud computing has generally been recognised across all industries, and it will have a significant impact on how future applications are developed. Implementations of cloud computing already have a big impact on how we live our lives and will continue to do so. The pandemic’s emergence has increased the demand for real-time cloud computing solutions because businesses now need to secure company continuity and prevent growth slowdown. Thus, the role of cloud-based applications has increased tremendously in sustaining and securing global advancement.

As you’ve seen, cloud computing has a wide range of applications; hence the demand for experts in this field is higher. The online BCA Programme, provided by Manipal University Jaipur through its platform Online Manipal, is one of the top online courses if you’re seeking a comprehensive education in cloud computing. The curriculum assists interested students in developing into full-fledged Cloud professionals and maintaining their marketability.