What Is Cloud Computing With Example

What is Cloud Computing With Example

You probably use a variety of cloud-based applications every day. You benefit from cloud solutions every time you send a file to a partner through the web, use a mobile app, download an image, bite a Netflix game, or play a video game online. All of these services are stored in the cloud and are present in a digital environment.

Storing your data in OneDrive, SharePoint, or an email server is very different from storing that data on a desktop hard drive or USB stick. You can obtain it from any computer with Internet.

For businesses, cloud computing means improved collaboration and productivity, as well as significantly lower costs. It means better data protection, improved availability, and improved access to edge technology.

Cloud Computing

"Cloud Computing is the use of hardware and software to deliver service to the network (usually the Internet). With cloud computing, users can access files and run applications from any application that can access the Internet. An example of a cloud computing provider is Google's Google."

Characteristics of Cloud Computing

On-demand self-service: You can use it whenever you need it and pay for each use. Think of it as electricity. In short, the cloud is a way of computing. You create an account or choose your provider, and your services will be available to you at any time. You will only be charged at the end of the month for what you spend. This way of storing and accessing your data gives you full control over the use and use of your app.

Rapid elasticity: Clouds can expand and shrink completely without affecting any of its users or their information. For example, if your business faces high traffic, the cloud can grow to accommodate all new applications.

Resource collection: Many employers can share the same location and resources can be shared, redistributed, and distributed as needed. You can be anywhere in the world and have equal access just like everyone else; as long as you have Internet access.

Broadband network access: You should be able to access the entire web using any Internet-enabled service. Wherever you are, your cloud data will be available through web browsers, as well as on your laptop or mobile devices. The reason for this is the fact that its underlying infrastructure includes servers in many locations.

Measured service: You can check how often people use the cloud. Many cloud service providers use the payment model as you continue to ensure that their clients receive what they pay for, no more and no less. Again, this can be compared to electricity as you are charged for the amount you use.

Benefits of Cloud Computing

Here are some benefits of cloud computing:

• Cost Savings 
• Availability at Global scale
• Security
• Reliability
• Mobility
• Strategic Edge
• High speed
• Back-up and restore data at any time.
• Automatic software integration
• Unlimited storage capacity
• Device independence

Types of Cloud Computing Services

Computer services are standard and widely accepted by Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS).

What is infrastructure as a service (IaaS):

IaaS is a cloud computing model where infrastructure is provided and managed, businesses by external cloud providers. With IaaS, companies can outsource storage, servers, data center, and cloud-based networking components, providing functionality similar to infrastructure. Some examples of widespread use of automated IaaS, policy-driven functions such as backup, recovery, monitoring, integration, internal network communication, website hosting, etc.

The service provider is responsible for building servers and storage, fire/security communications, and a virtual database. Some of the key players offering IaaS are Amazon EC2, Microsoft Azure, Google Cloud Platform, GoGrid, Rackspace, DigitalOcean among others.

What is a Platform as a Service (PaaS):

PaaS builds on IaaS. Here, cloud vendors deliver computer resources, both cloud software and hardware components such as middleware and operating systems, which are needed to develop and test applications. The PaaS environment enables cloud users (to access them via a web page) to install and host data sets, development tools, and business analytics programs, without having to build and maintain the necessary hardware. Some of the key players that offer PaaS are Bluemix, iCloudBees, Salesforce.com, Google App Engine, Heroku, AWS, Microsoft Azure, OpenShift, Oracle Cloud, SAP, and Open Shift.

What is Software as a Service (SaaS):

SaaS is special because it includes IaaS and Paas. Here, the cloud service provider introduces the entire software to serve as a model for each application. SaaS allows users to easily access software applications - such as emails - over the Internet. The most common examples in SaaS are Microsoft Office 360, AppDynamics, Adobe Creative Cloud, Google G Suite, Zoho, Salesforce, Marketo, Oracle CRM, Pardot Marketing automation, and SAP Business ByDesign.

Types of Cloud Deployment

There are three types of cloud transfers that are categorized based on the organization's ability to manage and protect assets and business needs.

Public cloud:

The public cloud, in general, is a SaaS service provided by users online. It's a very cost-effective way for users when a service provider charges bandwidth and infrastructure costs. It has a limited adjustment, and the cost is determined by the amount of use. That said, the limitations of the public cloud are its lack of SLA information. Apart from the high reliability, low cost, zero savings, and the most sought-after disabilities, the public cloud is not suitable for organizations that work with sensitive data as they must follow strict security rules.

Private cloud:

As the name implies, private cloud is used by large organizations to build and manage their own data centers for specific businesses and IT needs/functions. The private cloud offers many custom controls, vulnerabilities, and flexibility while improving asset security and business performance. This type of infrastructure can be built on-premises or delivered to a third-party service provider - either way, it has the ability to maintain the hardware and software environment on a proprietary private network only. Large and medium-sized enterprises and government agencies often prefer private clouds.

Hybrid Clouds:

Hybrid cloud is a blend of private and public clouds, contributing more versatility to businesses while having control over key functions and assets, coupled with better flexibility and cost-efficiency. The hybrid cloud architecture enables companies to take advantage of the public cloud and was necessary due to the easy migration of their load. For example, businesses can use the public cloud for high volume applications such as emails and use private clouds for sensitive goods such as finance, data recovery, and between planned and increased demand.

Reputed Cloud Service Providers:

Some of the best cloud service providers (CSPs) in the industry today are:

Microsoft Azure:

DevOps offers, integrated tools and wireless support for IT professionals around the world enable them to build and manage web and mobile applications and solutions. Azure is a network to develop open-source software, mobile platforms, multiple operating systems and programming languages, devices, databases, and frameworks.

Azure handsets and integrated cloud types provide superior security and ease of operation development management. Its built-in AI enables the development of data-driven, intelligent applications that create new user experiences based on real-time analytics.

IBM Cloud:

IBM is one of the prominent players in the IaaS and PaS market. IBM's services and solutions comprise computing, network (ing), storage, cloud management, data management, security, analytics, artificial intelligence (AI), mobile tools, VMware, Blockchain and developer tools for building applications, among others.

Obviously, the cloud will continue to appear. Organizations, therefore, need a technology partner who is well versed in the market, who understands the technical needs of its customers, and takes full ownership to help them reach their long-term business goals.

Google Cloud Platform (GCP):

Provides public- and cloud-based personalized cloud services for machine learning, Big Data analytics, app development, storage, network communication, software development, security, and other corporate infrastructure to global companies. 

Its services include IaaS (iCloud Engine), PaaS (Google Application Engine), Google Cloud Storage and Google Container Engine (Dockers), Big Data processing (Google Cloud Dataproc ), Google Cloud IoT Core, and AI Cloud Machine for Reading Engine among others

Amazon Web Service:

Amazon Inc. was the first bird to catch the caterpillar with the Amazon Web Service (AWS) and has launched in large and small businesses that want to transfer functionality from data centers to the cloud. Amazon Web Service has always had the advantage of a major market startup in the cloud services market. More than a decade ago and long before the competition in the cloud world came down, AWS started offering cloud infrastructure solutions such as storage and computation.

Apparently, that headset continued to work well for them and helped them maintain significant market share profits, though there are other brands in this space including Microsoft and Google (and yes, even Alibaba and Oracle). This progress continued without interruption while backed by a revolutionary innovation.

Salesforce.com

Salesforce - an American cloud agency - pioneered the software as a Service (SaaS) model. Since its launch, Salesforce developed an incredible mix of cloud-based services that help companies manage their business relationships in the customer lifecycle. Salesforce is known as the fastest-growing software company in the world today, with a portfolio of retail products, marketing, trading, service, communities, IoT, analytics and app development, all in one trusted platform.

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