The advantages and disadvantages of thick and thin client architecture

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The advantages and disadvantages of thick and thin client architecture

This article talks about serverless architecture in cloud platforms like Azure and AWS. We will also see how various cloud platforms like Azure are readying up for serverless offerings.

In this article, we will discuss about serverless architecture and serverless offerings from cloud platforms like Azure and AWS. The cloud technology covers the whole gamut of IaaS to PaaS in terms of offerings. Serverless architecture paves the way for such an initiative. We'll explore this aspect more in this article.

Initially web only meant stateless, read-only web pages full of information. As the business requirements to put interactive data over the web grew rapidly, the stateless, read-only web pages got upgraded into web "applications".

The applications added life to the Web, and made it more interesting, interactive and obviously more complex. This eventually resulted into applications being categorized as thick client apps desktop applications and thin client apps web applications.

The advantages and disadvantages of thick and thin client architecture

The architectures for both these kinds of apps were still 3-tier or N-tier architectures, with server-client architecture as the base. The client would mostly be a thick or a thin client application. The server would be the gateway for data management, business logic and workflows, wherein data would flow from applications to various systems embedded and integrated, using server side components.

The architecture was very much dependent on the "server" for business data management. The server was indeed a core component of the architecture.

Then came in the mobile revolution. The mobile-enablement of consumers and corporate workforce, and the possibility of having internet on the mobile, gave another impetus to applications, which got termed as "apps".

Typical examples are expense management apps, ecommerce apps and of course, games. While the mobile revolution was happening, cloud-based offerings also started picking up. Initially the incentive for moving IT infra of an Enterprise, or even small business to the cloud, was to reduce costs.

However, the rapid evolvement of cloud platforms like AWS and Azure added a new spin to the architecture. In addition to being able to host applications and reduce IT costs, cloud based offerings could also reduce costs further by decomposing the tightly coupled "server" component of a typical client-server architecture.

This is now achieved by AaaS i. Anything As A Service. And this is how a serverless architecture started making more sense. So what is a Serverless Architecture anyway?

A serverless architecture, by definition, would mean that there is no server in the architecture. How is that possible, right?

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Irrespective of the type of application thick client or thin client i. This is how it has been so far with respect to the classic traditional architecture.

A Shift in Thinking Process? Over the years, there is clearly a shift in thinking in terms of how an architecture is envisioned. This is made more interesting by adding cloud-based scalable deployment to the mix. In traditional model, if you had to design a web application, you would think of UI, web services, business logic, database, and integration with third party systems.

All of this would be sitting on the server. However, with AaaS, it is possible to further divide the server into more components that are reusable and consumable, and can also auto-scale up or down based on client needs. This actually is the definition of serverless architecture.Ethernet Network used for local area network that controls the transmitted data.

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