An illustration depicting cloud storage

Intro to Cloud Storage

Over the past decade, cloud storage has potentially changed the way we live and work more than any other technology. In the simplest terms, cloud computing encompasses the delivery of computing services such as networking, applications, intelligence, analytics, storage, services, databases, and networking over the Internet, AKA, the cloud.

While cloud computing has been around almost as long as the Internet, it has only gained widespread business application within the past decade. In the digital economy, it’s becoming more difficult for individuals and organizations to manage all their data, systems, and programs on in-house servers. The big data deluge is also another reason cloud drives and cloud computing have become so prominent. There isn’t any question that contemporary businesses need to have access to massive amounts of data over a secure web network.

There are only a finite number of hours in each day. It can be a challenge to focus on business objectives and improving the customer experience when you’re worried about data-storage issues. With the cloud, individuals and organizations attain more flexibility because they can access extra bandwidth when needed. Usually, you only pay for the cloud storage you use, and, as a result, you can run your computing infrastructure more efficiently and scale when needed. Additionally, the mobility of the cloud ensures no one is ever left out of the communication and collaboration chain. It offers better work-life balance for employees who are remote, freelance, who travel, or live far away from corporate headquarters.

If knowledge is power, and data is money, then the cloud is the right solution for housing all of that data. With all these benefits, it also helps to note the three categories of cloud computing: IaaS, PaaS, and SaaS.

Graph Showing the three types of cloud storage


Infrastructure-as-a-Service, regularly referred to as just “IaaS,” is a type of cloud computing that conveys essential process, system, and storage assets to buyers on-request, over the web, and on a pay-more only as costs rise situation.

IaaS empowers end clients to either scale or shrink assets as needed, decreasing the requirement for costly capital expenditures or unusable “claimed” infrastructures, particularly on account of “spiky” workflows. As opposed to PaaS and SaaS, IaaS gives the lowest level control of assets in the cloud. Although, IaaS does empower end-users to get to their applications, information and different assets through the Internet quickly. Organizations progressively depend on IaaS to enable a portable workforce, and to give their organization business backup and recovery services.

IaaS was developed as a prevalent cloud model in the mid 2010s, and since that time, it has become the standard for tackling overwhelming workloads. Be that as it may, with the appearance of new innovations, and the related ascent of the microservices application design, IaaS still remains fundamental.

On the vendor side, IaaS suppliers manage enormous server farms, regularly around the globe, that contain the physical machines required to control different layers of data. These layers of data are then made accessible to end clients over the web. In many IaaS models, end clients don’t communicate directly with the physical server.


In the Platform-as-a-Service (PaaS) model, vendors essentially lease the resources they have to construct an application. Cloud suppliers also offer various tools, foundations, and working frameworks. As one of the three models of cloud computing, PaaS tremendously improves web application development; from the engineer’s viewpoint, all backend work happens in the background. Despite the fact that PaaS has a few similarities with serverless processing, there are also numerous contrasts between them.

PaaS can be accessed over the web, making it conceivable to construct an entire application within an Internet browser. Since the advancement protocols aren’t facilitated locally, designers can deal with the application from any device with an Internet connection. This empowers companies and employees that are spread out over vast geographic areas to collaborate on application design.

One of the drawbacks of Paas is that designers have less command over development. However, efficiency and access makes this model a winner for end users. PaaS vendors do offer an assortment of resources that are fundamental for programming development, including a source code manager, a debugger, a compiler, and other basic tools. At times, these resources might be offered all together.

The tools offered will vary based upon the seller, yet PaaS tools ought to incorporate everything a designer needs to manufacture their application. PaaS platforms, as a rule, incorporate “middleware,” with the goal that engineers don’t need to construct it themselves. Middleware is programming that sits in between client-facing applications and the machine’s working framework. For example, middleware is the technology that enables programming to move from the console to the mouse.

While middleware is essential for running an application, end-users don’t even have to interact with it. Invariably, the model is like serverless computing and storage as-a-service, where the cloud specialist partner oversees and runs the server, and controls the circulation of resources.

To reiterate, PaaS doesn’t replace an organization’s whole IT foundation for software development. It is given through a cloud specialist organization’s facilitated framework with clients accessing their contributions through an Internet browser. PaaS can be conveyed through open, private, and hybrid clouds to convey services such as Java development.

In addition, PaaS networks are utilized for the improvement of mobile applications. Notwithstanding, numerous designers and organizations likewise use PaaS to assemble cross-platform applications, since it offers an adaptable and dynamic network that can easily create cross-device applications.

Another utilization of PaaS would be in DevOps devices. PaaS offers an application lifecycle with the option to fit an organization’s application advancement objectives. The model additionally permits DevOps groups to embed cloud-based nonstop coordination instruments that include refreshes without needing human input.


One of the most well-known categories of cloud computing is Software-as-a- service (SaaS). SaaS is a service deployment model in which a vendor has applications for clients and makes them accessible to these users through the web.

SaaS organizations have contributions accessible for a wide range of business applications, including email, client relationship management (CRM), charging/finance accounting, client deals, HR, money-related administration, database management, enterprise resourcing planning (ERP), content administration, and record management.

Similarly as with other cloud services, organizations regularly pay for SaaS applications through a membership charge, on a month-to-month or yearly premise. This is different in relation to the customary model of paying for programming through a license, with an upfront cost and discretionary charges.

Suppliers generally price SaaS resources dependent on utilization parameters. For instance, they may charge relative to how many individuals use the application, the quantity of exchanges, or some other proportion of utilization.

Clients ordinarily get to the applications through an internet browser. In certain organizations, they may utilize a customized portal.

Most SaaS offerings are based on a multi-tenant design, in which a solitary form of an application is utilized for all the vendor’s clients.

Organizations utilizing SaaS applications can oftentimes customize design settings and many features of the product to meet their specific needs.

Today, SaaS use is quite mainstream, as it brings with it the following benefits:

Updates: With the product housed on the server, it will be updated when needed, rather than the customary model where the product would be redesigned on each machine. As such, SaaS will update automatically.

Equipment: With the service running on a server, singular PCs don’t need to be updated with equipment prerequisites, and there are no issues around meeting spec requirements.

Expenses: With a membership model, the (upfront) costs become more budget-friendly. And, clients can opt for a monthly subscription so the business can scale as required.

Quick network: Since programming won’t be introduced and designed on singular machines, SaaS can often send it faster.

Easy access: Gaining access to a SaaS application only requires a program and the web, enabling clients to have the option to login in from anywhere. Likewise, the client’s information is stored in the cloud, and not attached to an individual client’s PC—encouraging remote interaction.

It’s easy to confuse cloud drives with cloud storage and cloud computing, as all these technologies are cloud-based. Cloud storage is simply a storage and sharing portal. On the other hand, cloud computing gives end users the capability to work from any device connected to the Internet. A cloud drive, on the other hand, offers storage space on a remote server accessed over the Internet. To get a deeper overview, let’s look at the history of cloud storage.

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