Visualize, Estimate, Insure: ReactJS-Powered Car Insurance Claim Estimation Web App with 3D Models

The growing advancements in IT are bringing a digital revolution across various industrial sectors. Due to the increasing demand for more user-friendly and intuitive web experiences, our client required a web application to be developed. As a trustworthy web app development company, we played a significant role in delivering a solution.

In this regard, we utilized React.js, a popular technology known for its exceptional features, to develop insurance software for our US-based client. This web app development project was based on car insurance claim estimation, and React.js was the perfect choice for the job.

Our client was an insurance company that provided insurance to car owners and car makers. They partnered with world-renowned auto manufacturing brands and America's top car manufacturing organizations. Our client needed a software solution that integrated the best web app functionalities and augmented reality to inform about car damage claims. The app's goal was to guide any car insurance customer through the process of describing the damages using a 3D car model and multiple standardized forms.

To create this insurance software, they consulted Radixweb, a reputable web app development company. We chose to use React.js to develop this software because it's the best choice for creating user interfaces based on components. React.js provides top-notch performance for web apps, uses JSX (JavaScript Syntax Extension), and helps in creating exceptional web apps. In this tech study, we will discuss how we created this perfect web app to estimate car insurance claims for our clients and why React.js was our prime choice.

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We Prioritized the Integration of Augmented Reality with Web App Development

The best solution is a web application developed utilizing React.js designed to fit mobile device screens adequately. Our React.js developers took care of one of the most important things: the interface language is based on user preference and location and can be changed automatically.

On each screen of our app, users will move one step closer to filing their claim. We have provided forms where users will need to enter their contact details and upload pictures of their damaged vehicle, along with all necessary details. After uploading the car image, users will see various car options to choose from and they must select their car model.

Next, users will see a 3D car model of their car, created by Radixweb's 3D graphics experts. The same car model will appear, and users need to choose the damaged components on the 3D car model. They can choose from various components such as the tire, windshield, hood, bumper, etc. After selecting the component that needs repair, our web app will provide users with a list of multiple options to describe the type and magnitude of the damage to their car.

The available choices for a car insurance claim may vary depending on the damaged components, such as cracked or broken windows, flat tires, dents, and paint scratches. To identify the damaged parts, users can mark or attach photos individually to each component. Once the user completes this process, the claim is automatically uploaded to the backend, stored in the database, and queued for analysts to review and estimate.

After the analysis is complete, the user receives a notification via email or text message and can choose between a repair facility or a payment check from a list. The web app also includes a feature that automatically calculates the distance to each car repair facility, providing users with a map to navigate there.

At the end of each successful estimation, the screen displays four questions, a 5-star rating scale, and a review text box. Users are asked to rate their overall experience and provide a review. All answers to the questions, star ratings, and reviews are uploaded directly to the backend of the app.

Reasons React.js was Our First Choice for Car Insurance Claim Estimation Web App Development

React JS was the perfect option for developing our car insurance claim estimation web app due to several significant reasons. Firstly, its modularized structure allowed us to develop self-contained UI components, which reduced redundancies and made the process more scalable. Additionally, the implementation of Virtual DOM guaranteed quick rendering, which helped us deliver fluid and frictionless navigation to the end-users.

Moreover, React made managing the app's state with declarative programming model much simpler, resulting in a reduced number of bugs and improved code quality as a whole. This was particularly important for us, as we had to deal with a complicated system where precision and dependability were vital.

Lastly, our easy access to a large pool of React's libraries, tools, and documentation was a significant advantage. We could quickly develop our application, and any problems that arose were resolved in record time. Overall, React JS was the obvious choice for us, as it helped us produce the best web application that fulfilled our client's needs and exceeded their expectations.

The following are some prominent features of ReactJS we used in our web app:

• Virtual DOM (Document Object Model)

  Virtual DOM is one of the most crucial features of ReactJS, it enables developers to build rapid and flexible web apps using React.js. Also, this is one of the many reasons our web developers chose React.js for this project. You can refer to it as a lightweight replica of the “real” DOM. This is the reason it’s referred to as “Virtual” DOM, or VDOM. Moreover, it provides all the characteristics and properties of the real DOM. The memory reconciliation algorithm we integrated into our web app enables React to copy a web page in its virtual memory. Hence, in the future whenever our client wants to update the web app, the only thing our developers need to do is to use the entire virtual DOM which will re-render the whole user interface and update it.

• One-Way Data Binding

  Another exceptional feature of ReactJS that we integrated into our web app is one-way data binding. It’s designed in a way that pursues one-way data flow. The reason we integrated one-way data binding is that it offers improved control throughout our web application providing multiple advantages to our clients. Simply stated, the components were permanent, and no one could modify any component directly. Therefore, our developers used the callback function to make modifications to the components. This feature helped our web application to gain more flexibility, enhancing its efficiency.

• Declarative UI (User Interface)

  As mentioned earlier, ReactJS is the most popular technology among software developers to build user-centric, interactive, and intuitive user interfaces for web apps. So, to update or modify the data, our developers prefer React.js, as it renders and modifies the ideal components without impacting DOM. Therefore, the basic view for every app state is generated. This feature helped us to make the React app code easier to debug and more readable. Therefore, using React.js for developing our car insurance claim estimation web app was the perfect choice.

• Better Performance

  ReactJS is quite popular because of its performance and efficiency. And there was a time when our clients were struggling to estimate car claims because some requests were genuine, and some were fraud. This is the reason we wanted to craft a web app that was rapid and efficient at the same time, so we chose React.js development. Additionally, the one-way data binding feature we integrated with the web app architecture known as Flux Controls enables modification of the view for the user and handles the web app process for our clients. It also includes filtering out genuine requests and canceling others.

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Other Technologies We Used for Our Client’s Web App Development

We also integrated multiple cutting-edge technologies along with ReactJs to enhance the features and functionalities of our web app for our clients. As an award-winning software development company, we used a combination of modern and classic tech solutions, but a few popular ones our specific clients and we preferred included –

• CSS3
• HTML5
• Autodesk 3ds Max
• Blender
• WebStorm
• Webpack
• React
• Three.js
• Google Maps JavaScript API

Being a Trailblazer in the React.js World

With over 25+ years of experience in web app development and as a reputable ReactJS development company, we provide custom software tailored to our client's specific needs. We are known for providing exceptional software solutions utilizing virtual DOM, reusable components, JSK, and server-side rendering. Our experts are proficient in creating highly flexible and dynamic software applications with a component-based architecture. You can trust our developers to create well-optimized apps for specific requirements utilizing ReactJs.

With years of experience in web app development using React.js, we guarantee the complete maintainability, testability, and business needs of your application. So, utilize the skills of our incredibly talented ReactJS developers with an immersive knowledge base to analyze and integrate the best development functionalities and craft solutions for better business growth.

We have top-notch know-how with hands-on expertise in frameworks like React Router, React Bootstrap, Ant Design, Material UI, and many more. Our developers guide and support you throughout the Reactjs app development process, guaranteeing the project is finished on time.

This is the reason our client trusted us fully and they were completely satisfied with their car insurance claim estimation web app which we designed considering top tech trends in the insurance industry. So, strengthen your customer engagement, double the conversion rates, and generate ultimate revenue growth, with the help of Radixweb - leading domain experts.