Web Application Architecture is a framework defines the interactions between applications, middleware systems and databases to ensure multiple application can work together. Well, when the user types the URL and presses enter in the browser will find the website living on that particular URL and request that particular page (HTTP requests).
The server here responds by sending the files the browsers requested for. The browser executes those files to show the requested page to the user. The user gets to interact with the website. All these actions are executed in the fraction of seconds.
Web Application Architectures can also be defined with the usage of the process:
- The user’s browses for a specific URL, to which the browser locates and request.
- While on the network the data is sent from the server to the browsers so that the browser so that it is able to display the requested page.
- The User then views and interacts with the page.
Web Application Architecture includes all the components and external application changes for an entire software application.
The tech world is evolving day by day application are considered as a spearhead in the transformation process. Modern application architecture and its development are continuously improving both the frontend and the backend capabilities and strength.
Specifically, on the backend or on the server-side there are numerous web application development architecture approaches or ways that are emerging to cope up with and solve the current development needs such as micro-services, server-less architecture or single page application.
In short, the Web Application Architecture is a client-server app including a middleware system, user interfaces, and databases. Web application combines both the server-side and client-side scripts. Well, the server-side is responsible for storing the data, while on the other hand, the client-side is responsible to present the data stored on the server-side to the customers. In general, it could be said as it is the channel for data exchange.
What we will be discussing in this Article?
- WEB App Architecture
- Components of Web Apps
- Architecture Diagram
- The types of Web App Architecture
Web Application Architecture
There are different web application architecture patterns allowing various kinds of criteria for high-performance cloud-based solutions. One should take in into the account the requirement of the user, the developer, and the software owner.
User’s requirements are generally looked upon their usability. It includes time used for updating the information into the pages, the ability to switch between the pages or to save the links and bookmarks and option for offline work.
Developer’s requirement is mainly looked upon the performance, scalability and the development speed. Developers are the ones who introduced new features, who restructu8re the code and minimize the software development process, they might also minimize the server response time and increase the computation power, provide consistent and available data.
The software product owner covers its functioning and security.
In this article, we will discuss the types of Web Application Architecture patterns, its performances and many more.
Types of Web Application Architecture
- Server-Side HTML Web Application Architecture
- Single Page Applications
- Application Server And Web Server Architecture
- Java-based web application architecture
- Mobile application architecture
- js web application architecture
- Ruby on Rails web application architecture
Web Application Architecture Diagram
Before Continuing to the Web Application Architecture you should be well aware of the basics of it. Well, it is a framework relied upon the interactions of its components. Web Application architecture diagram might help you here:
The server-side performs the set of commands whereas the database store the data. You can get familiar with the architecture of the web application with the diagram shown above.
If you define the web application architecture Diagram after understanding its usual process:
- The user sends the command to the server through the Internet, using the browser or the interface of the application.
- The web server is responsible for forwarding the command to the requested server.
- The server finds the results of requested commands (either the data processing or the database querying).
- The web application delivers the processed information to the server.
- The server provides the user with the requested data.
Most of the web development and Software as a Service (SaaS) based company have a big variety of Framework to choose from. Also, it provides a good platform to build the software business because web applications give access to the broader or larger audience regardless of any device your client use. Above all we have discusses the features, types, the advantages or benefits of the Web Development Architecture pattern which is available for the developers today.