All You Need to Know About Web Application Architecture
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By: Sagar Sharma

All You Need to Know About Web Application Architecture

Web application architecture is a web framework that comprises the network relationships and interactions between application components such as middleware systems, user interfaces, databases, servers, and the browser. Altogether it appears as a web page for users on their system to view and understand information.

If you look at the process of progressive web application architecture, it starts with the user entering the URL address on the address bar or in the browser’s search bar. Once the browser fetches the required URL, it displays information on the screen. Now if you look at the manner how a web application architecture works, succeeding in the search, the network transmits data to the browser through the search, and the browser broadcasts the page that has been requested.

The same process is applicable even with a web app development as it has several categories of pages similar to a website. So web application framework architecture is customizable according to your web design and development needs, but the mode it considers to display data on the page remains the same. In the next section, we will discuss how to design database architecture for web applications in detail.

How To Apply Web Application Architecture in Real-Time?

Web applications consist of two different sets of programs that run individually and deliver harmonious solutions simultaneously. These two sets of programs include a code in the browser and the server, which functions according to the user’s inputs and as per the request received from HTTPS protocols, respectively. It all depends on developers to decide which set of the program can be used for web application architecture.

Types of web application architecture for a successful web app development

Three types of web application architecture are involved in web app development and play an important role in the outcome of application architecture—Single page applications, Microservices, and serverless architecture.

  • Single-page applications: Single page web application is popular among web developers and users. It does not require much application support during development except including only the required elements of content. If you expect your web app to be great and offer an interactive user experience, then choosing single page web apps is ideal because the interaction between the web app and the user remains dynamic and flawless.
  • Microservices: Microservices architecture framework lets developers execute applications faster and with greater efficiency based on the execution of a single and any other functionality. With using multiple coding languages to develop components, you have the privilege and flexibility of choosing the technology of your choice.
  • Serverless architectures: Architectures without servers can be implemented on applications without the need for correlating with tasks referring to infrastructure. It does not involve managing the backend servers and developers can have reduced effort when working on other infrastructures.

List of Web Application Architecture Components cater to Web App Development?

Web application architecture is one of the best web development solutions for developers who want to create amazing results using unique programming languages. Two categories of web application architecture components can be used in web app development–user interface app components and structural components.

1. User interface app components

These components talk about the display, settings, and configuration of a web page. We all know what is UI/UX–user interface design and user experience design and it is more related to the web app interface/experience than the development, and additionally, it deals with display dashboards, configuration settings, notifications, logs, etc.

2. Structural components

Structural components determine the functionality of the web application that allows a user to interact, control and maintain databases. It deals with structural aspects of architecture and comprises the web browser, the web application server, and the database server. Users communicate with the web browser using the web app functions, and you can develop the backend coding for the web browser using languages such as HTML, CSS, and JavaScript.

The web application server can be created using effective programming languages such as Python, PHP, Java, .NET, Ruby and Node.js, and supports many applications. The database server offers relevant data and business logic that can be stored and maintained by the web server application.

Different types of web application architecture

The optimal framework of a web server facilitates the design, development, and implementation of connection of the web server using different coding languages such as Java, Python, Angular JS, PHP, .NET, Node.js, cloud-based and Laravel.

Web servers satisfy the basic needs of creating and using web apps, confirming the need for enhanced prominence of web server architecture that involves the storage ability of the server along with memory, CPU computing power and performance.

This could be available and used anywhere in the framework that you choose to build your web app with. Let us see in detail what types of web application architecture can be used where for excellent reliability.

  • Java web application architecture: Java is the most wanted web application architecture with which you can create any type of simple and complex web pages but with comfort, reality, and great user experience. Java is a very flexible programming language where you can turn down your web app into an effective tool of communication to talk about business. One of the best advantages of using Java web application architecture is the capability of combining and relying on the Java native tools, and frameworks for developing from any simple to complex web applications.
  • Cloud-based web application architecture: Migrating to cloud-based web application architecture has become more essential rather than just being a choice. It creates huge opportunities and benefits across all parameters. The development of cloud-based web application architecture results in the decoupling of data by functioning cloud-based apps and storing information on local servers and the cloud. Cloud works well on the security aspect of your web application architecture and the information you have provided on it for display.
  • Node.js web application architecture: As we all know that Node.js functions utilizing the strongest web development programming language JavaScript. It works on a simple pattern such as the model-view-controller, the model-view-view model and the model-view-presenter. Web applications built on Node.js ensure that the application runs seamlessly, with the help of data systematization, breaking logic into modules, dividing the code and processing valuable insights from logs.
  • .NET web application architecture: .NET is an extremely beautiful framework that supports multi-functional platforms, microservices, dockhand containers and creating app versions simultaneously. It can store any data without the need for applying database code. ASP.NET and .NET core are the best applications on which .NET web architecture works well
  • Laravel web application architecture: It is a PHP web framework that gets convenient with the model-view-controller architectural pattern and its core syntax remains artistic, innovative and classic. The web development process offered by Laravel web application architecture through clear routing, sessions, caching and authentication and takes lesser time for accomplishing projects.

Conclusion:

Web application architecture is imperative for giving any business the brand weightage and flexibility of changing design and content through applying effective programming languages that may vary according to the web app design and development complexity. Without proper web application architecture, you cannot run a business successfully online. Reach our technical support team for any help or support required on web application architecture through email, chat or phone call.

Frequently asked questions

1. Why is web application architecture important before building a website?

Web application architecture is an essential factor for developing a web application be it a website or an eCommerce site. Your website can be simple or even more complex than expected, but web application architecture is the first stage of website development. Without a web application framework, the designing and development of a web app become more difficult and hefty as well.

2. Is Web Application Architecture Flexible for Web App Development?

Yes! You can anytime change the architecture framework of your web app before you build your original design and begin with development. Moreover, it helps you in impressing clients by producing a web architecture framework using various programming languages and gives more options to your client to close the business deal.

3. In Web App Development, What Role is Played by Web Application Architecture?

Web application architecture is not a wonder that you may not know, at the same time, it is not an easy one to leave it light. Without web application architecture, you or your developers can’t bring your web app development ideas into the limelight. Moreover, you have free websites that let you develop a framework of your website for further feedback and development.

4. How web application architecture works perfectly?

You have two different codes client-side-code and server-side-code that runs next-to-next in all web applications. The client-side-code is present in the browser and responds to any user input, and the server-side-code is available on the server and responds only to HTTP requests.

Only a web developer can decide on exactly what code works on the browser and the server for developing a web application. For writing these server codes, you require a programming language that you are comfortable with such as C#, Java, JavaScript, Python, PHP, Ruby, etc. Only the code that responds well to HTTP requests contains the ability to run on a server as well. For creating the page upon user requested and for data protection the server code plays a vital role.


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