Δ
It’s become vital to capture market segments in today’s competitive software development industry through optimizing user experience. Using customizable web applications that enable consumers to communicate with you directly from the web browser, regardless of the device, is one of the finest methods to do this. Online stores, social networks, educational products, photo, video, and text editors, games, and reservation systems—all of these are web applications. They are more complex than standard informational websites, and they are found in places where the user is not only a passive reader but rather an active participant in a process, interacting with the organization.
Through an informational site, you can tell the user about your company, but you can’t get feedback or provide a useful service. That is, developing a site for a company without interactivity does not provide all of these options. Furthermore, interactivity enables you to incorporate gamification, provide commenting options, and communicate with users. All of this helps grow a community around the brand and increase loyalty to the company.
In today’s article, we will tell you in detail about how to create a web app: according to what principles they work and what types there are, and how to build a web app. Keep reading to learn more about their differences from conventional websites and mobile apps, their advantages and disadvantages, and why you should consider using a web development agency to build a web app for your business
Before we discuss how to build a web app, let’s start with a definition. A web app is an application program that is stored on a remote server and is accessible through a browser interface. Unlike standard applications, these are programs that can work fully even without installation on the device. A smartphone, tablet, or computer gets online access to data, and the user doesn’t need to install it on his or her device—this is the main distinguishing feature of web applications.
This kind of tool should not be confused with websites. Web applications are interactive, where users can perform various actions: order a product or service, book a ticket, leave a comment or review, edit content, and so on. A website application can be created in almost any area, and all of them can benefit both customers and businesses, such as social networks, games, educational products, ticket and hotel reservation systems, online stores, financial solutions, etc.
Building web apps is definitely one of the most progressive ways of investing time and resources in the development of a company today, because its implementation allows you to:
Regardless of the purpose of developing web applications, this type of application works on a client-server model. Therefore, the following components are distinguished in the structure:
Small teams of developers who create a web application usually have quick development cycles. The majority of web apps are created using HTML5, CSS, and/or numerous JavaScript frameworks. These languages and technologies are employed in client-side programming to build a web app front end. When writing scripts for web applications, server-side code often employs programming languages like Python, Java, and Ruby.
The functionality of web applications allows them to work with several types of pages, including:
The primary responsibility of building web apps is to provide effective communication between the client and server components, access to the database, and the proper capacity to create and deliver pre-made pages in response to a request.
Based on objectives, developers can build a web app that can be accessed from any device, or a demanding development environment that only devices with a certain level of hardware capabilities can work with. Various methods describing how to build a web app can be used, including those with open access to the architecture, as in Wikipedia, or without such access, as in any commercial or news application.
Single-page apps basically consist of a single HTML page that is stored on a server and is updated when you scroll or click links. In other words, when you click on buttons, you do not move to a new page, but the elements are added to the already loaded one. Gmail is an example of these one-page programs—when you switch between message lists, the address of the page remains the same. This characterizes an SPA.
The main language to develop web apps in the SPA format is JavaScript. The jQuery library may be used to create a tiny single-page application; however, it’s not the best choice for complicated applications. Vue, React, and Angular frameworks are most often used.
SPA advantages include:
However, when you write web app of this type, you may face several challenges:
These enable users to navigate between pages or sub-websites and scroll the browser window, and their content is displayed in full-page format. For instance, when a user has completed a payment, in a SPA a confirmation box will load, but in an MPA the payment page will be completely updated. Amazon’s online shop is a brilliant example of a multi-page application.
When you create web based application in this format, you get the following advantages:
At the same time, during the MPA web application creation, you should overcome the next obstacle:
This falls somewhere in between a website and a mobile application. Instead of using the Apple App Store or Google Play, PWAs can be installed directly from the browser on the phone’s home screen. These programs open in the browser while also sending push alerts and working offline. The Service Worker technology—a script through which all interactions between the front end and back end flow—makes this feasible. Cache and data are accessible to this script. In fact, you can add a service worker to most sites, and you get a PWA. As a result, media organizations, such as The Washington Post, frequently adopt this technology.
Pros of using PWA:
Let’s also look at the cons typical to those who create a web app in the PWA format:
In addition to the technical classification, there is also one based on purpose. Below, let’s take a look at the most popular types of business web applications. This will bring you even closer to answering the question, “How can I build a web app?”
You can create a web app for ecommerce to help your customers order and sell goods without the involvement of third parties, leaving only two people in the sales chain. The most striking types of ecommerce platforms are marketplaces, online catalogs, and online stores.
These systems are developed to automate the sales department and all incoming requests. Due to the CRM system, you will be able to: see and track the entire sales funnel of the company; make appointments, and see the history of interactions with all customers.
These are web-based systems that include not only the automation of the sales department but also all the resources and divisions of the company. Thanks to the ERP system, you can see the effectiveness of each department as well as set appropriate tasks.
These are web applications that act as a social module for your holding. Due to this web application, problems such as quick information dissemination to all employees of the company, corporate training, and employee control (the HR module) can be solved.
Before we start considering the main steps explaining how to design a web application, let’s check the main benefits of such solutions.
When building web apps, you don’t need to create separate applications for different operating systems—they work the same in any browser: Opera, Safari, Google Chrome, etc.
The web system has a single entry point, so you can centrally configure its protection. In addition, user data is stored in the cloud, so if the hard drive is damaged, the information will survive.
The user can interact with the web application through a computer, smartphone, tablet, etc. The main thing is access to the internet.
Users do not need to download anything or, more importantly, update. You can change the client interface, and the update to the latest version will happen the next time the page is loaded.
Even if the load on the system increases, you won’t need to increase the client capacity. Usually, web applications can only process more data with hardware resources, so you don’t need to rewrite the code and change the architecture. Now, let’s discover how to create a web app.
So, the main question is, “How can I build a web app?” A web app development process is the same as that of creating any other software. The key to successful development is always a great team and well-defined processes. You need several tools to build a web app that will enable you to build a structure, develop a visually stunning design, and make it interactive. The primary web application development technologies are as follows:
Web application development involves several steps and can be quite a long and labor-intensive process. Here are the main stages of creating a web app:
If you are wondering how to make a web app, then you should know where the starting point is. As with any other project, when you build a web application, you should start with an idea.
So, how can you build web applications? You don’t need to come up with any substantial, ready-to-implement ideas at this point. Instead, emphasize brainstorming and give fixing user problems priority. Once you know what issues users are facing, you may come up with products to address those issues.
When considering our main question “How can I make a web app?”, you should understand the analysis of the target market and competition is one of the most important starting points for any product. Teams must have a thorough and realistic understanding of the market, its problems, scale (the number of people affected), and any competing solutions to build a web app.
Prioritize the essential attributes and functionality of a web application by listing all the characteristics (both significant and minor) required to produce a finished product using the MSCW model.
Next, in our guide on how to develop a web application, we proceed to the design stage. Understanding the user interface (UI) and user experience (UX), as well as how each influences design decisions at this stage of development, is the first step in creating web apps.
UI is focused on a web app’s feel and look, as well as details like fonts, colors, and layouts. The goal of user interface design is to make an interface that is both functional and aesthetically pleasing to users. UX handles and manages how users interact with the application, using a detailed understanding of what they desire and feel.
It’s simpler to comprehend user motivations, wants, and challenges by mapping their trip at each point of the process. This also makes it easier to adjust UX design to address these issues.
Digitally streamlined graphic conceptions for a future application are called wireframes. They display the product’s architecture, hierarchy, and connections between its constituent parts. Consider a wireframe as a draft or blueprint of the front-end and back-end functionality and design of a web application.
The created collection of wireframes can be made more interactive so that the final prototype design functions and appears exactly like a full-fledged website app. You can view and utilize this prototype thanks to interactivity and UX improvements that simulate the user experience. By doing so, you may get helpful user feedback on functionality, design, and usability before full development is completed.
When creating web apps, by choosing user interface elements such as fonts, color schemes, icons, shapes, buttons, screen element sizes and proportions, pictures, and more, UI designers develop layouts that demonstrate how the application would appear at this stage. Motion design components like animations and screen transitions are also included where suitable.
The next step when you create a web application is development, during which crucial technical choices are made regarding the frameworks and web technologies that will support the application as well as the coding of the web application itself.
The data your web or mobile application operates is stored in a database. It’s also in charge of managing, storing, collecting, processing, and giving safe access to data. The market is nearly entirely dominated by MySQL, MongoDB, and PostgreSQL, so deciding on which database to use is very simple. Security and the impossibility of data leaks are the most crucial factors to take into account when picking a database.
Client-side development, known as the front end, exposes the user to the web application through a browser. Several frameworks provide the fundamental templates and parts for contemporary frontend development. You only need to set up your development environment to get started. Select a code editor (like VS Code), a build tool for managing dependencies and bundling assets (like Webpack), and a front-end framework (like React, Vue, etc.), and configure tool packages to communicate with the backend that will probably run on a different port on localhost. In most cases, an HTTP proxy host is used for this.
Back end development is concerned with the actual logic, database, and web application server. Numerous frameworks are available to aid with development because the back end is highly complex. The language or technology stack that is selected to build a web app has an impact on the available framework possibilities. These include NodeJS, Python, Laravel, Ruby on Rails, and more well-known ones.
To enable data exchange, the API integration procedure links the interface with the back end. From the end user’s point of view, at this stage, the application can fully function; all that remains is to check it for bugs and eliminate them. Actually, this is the next step.
The main task of a tester is to check the operation of the application before its release so that the team enters the market with a quality product. Testers study the product documentation, create test cases (a list of features to be tested and their sequence) and verify that all features perform as specified in the requirements. They either manually simulate user actions in different scenarios or write scripts for automated testing. After that, developers receive a report with a list of errors and recommendations for correction.
At this point, you should have chosen a location for hosting your web application and presenting it to real users.
The web application can be accessed through resources of a cloud hosting provider, giving you immediate access from anywhere on the globe. These include well-known hosting companies like Amazon Web Services, Microsoft Azure, and Google Cloud Platform. Consider factors such as cost, scope, limitations, add-ons, scalability, and user evaluations when selecting a hosting service.
The last step of our how to make a website app guide entails moving the website app from source control to the cloud of the hosting company. Numerous programs can assist with this, including version control platforms like GitHub, GitLab, and Bitbucket, as well as automation servers like Jenkins.
The development of mobile applications is becoming increasingly popular worldwide. However, web apps that give you a simple way to communicate with your audience are today’s unsung heroes. They let users perform actions/operations through their web browser, so you might infer that they are a basic but complete version of your mobile app. Additionally, it’s significantly less expensive to build a web application than a mobile one. For all of these reasons, you should consider web development if you want a custom web application for your company.
The question of how to build a web app can be answered by professionals at NIX. We are a reliable partner who values our customers and achieves the best results. Meanwhile, considering all the benefits and risks of outsourcing web development, choosing this option will be a win-win because it allows the company to focus on business tasks while an outsourced team takes care of the web app. So, if you want to follow the best way to create a web application for your business needs, feel free to contact us.
A website alone is not a web application. The objective of a website may be to offer people information or content, whether in the form of a static or freestanding web page. A web application’s primary goal is to enable user interaction through the performance of one or more tasks.
Mobile apps have access to system resources like GPS and camera capabilities and are downloaded and installed through the app store. Mobile applications operate and live on the actual device. Web apps, on the other hand, are accessed using an internet browser. Regardless of the device you use to access them, web apps adapt.
A progressive web app (PWA) is a website that looks and behaves like a mobile app. PWAs are made to make use of the built-in capabilities of mobile devices without requiring the user to go to an app store, buy something, and download the program locally. An alternative is a PWA, which can be quickly found with a search engine query and viewed using a browser, but their level of functionality is much lower.
The term “single-page application” (SPA) refers to a website or web application that dynamically replaces the currently loaded web page with fresh data from the local web server without requiring the web browser to load the new pages in their entirety. Gmail, Google Maps, Airbnb, Netflix, Pinterest, Paypal, and many other services are examples of single-page applications that are widely used.
Multi-page applications are typical web applications that, whenever a user interacts with the app, reload the entire page and display a new one.
We handle your personal information in accordance with our Privacy Policy. You may unsubscribe at any time.
Configure subscription preferences
All
Business
Software Engineering
Team Management
Trends & Researches
NIX News
The platform evaluates storage and transportation conditions regarding stability budgets to accelerate decision-making on the release of drugs for consumption.
How NIX helped leverage data science and artificial intelligence for digital transformation of Assisted Reproduction field.
Robust data analytics solution with up-to-date predictive models that provide real-time insights and recommendations to healthcare providers.
Microservice-based SaaS platform with a perfectly scalable architecture to provide services for over 50,000 insurance tenants and allows end-users to enroll, manage, and share benefit information more efficiently.
Secure multi-tenant SaaS cloud solution that allows for rapid scaling and provides comprehensive device management solutions for enterprises.
AWS-based software forecasts potential unicorn companies in early-stage deals using AI and deep learning.
The solution provides collected, filtered and processed data for receiving useful insights for hospitals to analyze their performance.
NIX team established a well-curated auto testing practice for Thomson Reuters, ultimately resulting in more reliable and robust software products for the client.
Solution for searching, visiting, and organizing engaging events nearby.
See more success stories
Our representative gets in touch with you within 24 hours.
We delve into your business needs and our expert team drafts the optimal solution for your project.
You receive a proposal with estimated effort, project timeline and recommended team structure.
Schedule Meeting
