Introduction to TYPES OF CLOUD COMPUTING

Types of Cloud computing is a way of using the internet to share resources. This can be anything from storage to processing power, but it’s most often used for software that runs on the cloud rather than locally. This allows companies to access data and services remotely without having expensive equipment or staff on site.

Infrastructure as a Service (IaaS)

Infrastructure as a Service (IaaS) is the most basic cloud computing model. It’s also known as “Platform as a Service,” or PaaS, because it involves using an IaaS platform to build and deploy applications.

IaaS is a virtual machine (VM) offered by a cloud provider that you can use to run your own software on demand. You pay for this service in one lump sum at signup, and then you’re free to use it however you like—from testing new features before releasing them into production all the way up to scaling out when demand increases beyond what your limited resources can handle.

The flexibility of this model makes it ideal for developers looking for quick iterations on their systems, but it comes with some drawbacks: First off, there’s no guarantee that these VMs will be available when needed—they could be down due to maintenance or other factors beyond your control, which would mean wasted time waiting until they came back online again so you could continue working on whatever project was currently being worked on before losing connectivity altogether; second off…

Platform as a Service (PaaS)

A PaaS is a platform that provides a computing platform and software development tools to help you build, test, deploy and manage applications without having to worry about the underlying infrastructure. PaaS is especially useful for those building web applications or using an existing application that requires more advanced features than cloud-hosted services can provide.

PaaS makes it easy for developers to create their own data stores in the cloud, but also offers them access to storage through third party providers such as Amazon S3 or Azure Blob Storage. This gives them the ability to scale up or down depending on demand without having any direct interaction with hardware or software.[2]

Software as a Service (SaaS)

SaaS is a model that offers software applications hosted on the cloud. Users can access these applications from any web browser, and there is no need for them to download or install the apps themselves. Rather than purchasing dedicated software for each user, you purchase a subscription to use all of your company’s SaaS tools in one place.

For example: if you’re an accounting firm with multiple users who need access to QuickBooks Online (QBO), you might purchase QBO as a service from Intuit (Intuit). The company would then host QBO on its servers and charge everyone who signs up for it at least $9 per month plus taxes—but not more than $10 per month—for their website hosting costs alone!

Network as a Service (NaaS)

Network as a Service (NaaS) is a network service that is delivered as a service. NaaS is best suited for large-scale applications that require high availability and scalability, but don’t require the same level of customization or control as private cloud solutions.

The major benefits of using NaaS include:

  • Reduced cost compared to purchasing hardware and software separately.
  • Easy integration with existing infrastructure devices such as routers and switches, making them more accessible to administrators who may not be familiar with networking terminology

Serverless Computing

Serverless computing is a cloud computing architecture that provides a way to build and run applications and services without the need to configure and maintain virtual servers or virtual machines.

It’s also known as “Function as a Service” (FaaS) or “Serverless Computing”. As opposed to traditional server-based architectures, where each instance of an application is managed by an individual entity, with serverless computing you can offload some of your workloads from your data center onto platforms that were designed specifically for this purpose—like AWS Lambda. This makes it easier for you to scale out when needed but still reduce costs since there aren’t any additional costs associated with managing infrastructure (virtualization).

These models offer flexibility and agility.

Cloud computing provides flexibility and agility, allowing you to scale up or down as needed. You can also change your infrastructure as your needs change, without having to worry about the cost of replacing hardware or software.

Cloud computing enables businesses to focus on their core business while leveraging other benefits like productivity improvements, security, and reduced risk from downtime.

Section: This is the virtual marketplace where resources are bought and sold.

The cloud is a network of remote servers that are accessible on demand by users across the globe. These resources can be anything from data storage to processing power. In other words, if you want to run your business on the cloud now and then—or even just some specific tasks like accounting or word processing—you don’t have to go through installing equipment in every office location manually. You just access them remotely via an internet connection anywhere in the world!

The benefits of this type of computing include being able to scale up quickly (which means having more capacity available) and being able to use any current device as part of its network infrastructure: phones/tablets/desktops/laptops…

Types of Cloud computing is really useful

Types of Cloud computing is a type of service that allows you to access computing resources as a service. It’s also known as cloud services, public cloud, or IaaS (Infrastructure-as-a-Service). With cloud computing, you can use software and hardware in remote locations without having to build data centers or buy infrastructure yourself. You don’t have to worry about installing and maintaining the hardware or software—the provider does this for you!

Cloud providers offer different types of services based on what they have available:

  • Continuous availability – This means your application will always be available when needed even if there are issues with their servers due to maintenance or other reasons beyond their control such as natural disasters like hurricanes etc., so long as they keep paying their bills on time.* Scale out/scale up – This allows applications running on one server cluster scale out over time by adding more machines within those clusters until all required resources are covered by them.* Infrastructure management – This is basically managing how much computing power each individual machine uses throughout its lifespan so that it doesn’t go above maximum capacity limits set by law enforcement agencies like NASA who might want certain parts protected from hackers because they may contain sensitive info which could be compromised if someone gets too close while hacking into them

Conclusion

Cloud computing is a great way to run your business. You can have the benefits of a computer without having to pay for it and you don’t have to worry about downtime or data security issues. The only thing you need is an internet connection and patience while you wait for everything to load up on your screen!