The cost of Web App development depends on many factors such as :

Development platform - PWA, SaaS

App categories - e-Commerce, Gaming, Entertainment, On-Demand Delivery

App Complexities - number of screens, limited data, need for API connection, admin console, user profiles

Resource location - Orlando or other cities in the USA.

After having established these factors, we create a detailed description that includes user journeys, tech stack, project investment, and timeline. Contact us with your requirement to get the App development cost.

Web apps are exclusively designed to be used from a web browser. These are combinations of server-side script (ASP .NET, PHP, etc.) and client-side script (HTML, JavaScript, etc.). The web browser (thin client) fetches the web server components installed at the backend infrastructure of the system for the heavy lifting in providing its core functional web services. Some common examples of web applications are Facebook, Medium, Twitter, Smashing Magazine, Flipkart, etc.

On the other hand, SaaS is an evolved web app. It’s equally used to access services over the internet like web apps but not always exclusively dependent on the web browser to work. SaaS products are built to give richer user customization experience and seamless integration with resilient and seamless back-end infrastructure. Some common examples are Evernote, Salesforce, Hubspot, Zoho, Dropbox. Etc.

Progressive web app is a new software development methodology which is used to develop a hybrid of regular web pages and a mobile app. This new custom web application model strives to combine features offered by the web browsers with the benefits of native-like mobile experience. PWAs can be located on the search engines and can be accessed promptly using a browser itself.

The central goal of PWAs is to bridge the gap between native apps and web apps by translocating the benefits of the native apps to the mobile browser.

PWA are:

1.Reliable due to faster loading time and offline availability.
2.Faster operation with smooth animations and seamless navigation.
3.Engaging since it can be launched from the home screen and receive push notifications.

The implementation of PWA will be beneficial to any business in the following way:

1.Cost cutting (one team for one technology instead of different units for browsers and individual native mobile apps.
2.Improved page performance.
3.Better visibility over the internet, mainly search engines.
4.Easier and cost-friendly user acquisition of new users compared to the native mobile application.
5.No problem related to mobile applications (long deployment time, Apple/Google verification, etc.)
6.Increased user engagement (due to low page loading time, an increase in the number of new users in all browsers by 104%).
7.Integration with any existing system which is operating as a data source back-end.

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We always follow the best practices for developing an app. Hence we keep these things in mind while choosing an application architecture.

Portability: The good application architecture ensures the system to be portable enough to respond to environmental changes keeping the impact of change at minimal level.

Maintainability: A good Application Architecture ensures the high maintainability of the mobile application. It reduces the efforts and complexity of the change implementation which is in favor of the developers.

Manageability: How efficiently and easily a software system can be monitored and maintained to keep the system performing, secure, and running smoothly.

Reusability: Good Architecture always considers the reusability aspect during design of components and protocols.

Testability: Good application architecture ensures that each component is separately testable.

Security: The application architecture should be robust enough to secure the data consumed by the application.

Performance: A mobile application architecture should ensure to meet the performance expectations of the users.

Here’s how we will work with you for application development:

1) Test Cases Driven User Stories for Clear Requirements -

When our engagement with the client starts we help them create detailed user stories and scope out the next few sprints.

2) Intense Sprint Planning

In order to execute projects on time, you need to plan sprints as much as possible.

3) Iterative Delivery

Typically, in an agile development process, we will divide the implementation process into several checkpoints rather than a single deadline. They are called iterations and are part of each sprint.

4) Documentation

We document everything from application and code level architecture decisions, to live user stories document, to design focused UX/UI/Design System documents.

5) Constant Communication and Retrospective

Stand-Up Each workday begins with a brief team stand-up meeting to discuss what we did yesterday, and what we plan to do today.

6) Code review

A successful peer review strategy for code review requires balance between strictly documented processes and a non-threatening, collaborative environment.

7) Integrating QA in the development process

We have gotten much better about integrating QA in our development process. We used to loop QA in after our code was pushed to the master branch, which was clunky.

Now our QA engineers will identify and create a test plan as soon as we begin working on the next sprint. As initial development nears completion, an engineer and a QA engineer will run through test scenarios together.

8) CI CD and Automating Deployment

Easily release and deploy solutions by making the build process easier by building CI CD pipeline. The developer's changes are validated by creating a build and running automated tests against the build.

9) Post-release

It’s important to circle back and review how the process went once you’re done, be it a success or failure.

Did the testing correctly model the production scenario? Did the team correctly estimate the effort required to release a product? How is the product running in production?

Review how well the team performed by revisiting the implementation and testing checkpoints. Your team will adjust their performance accordingly as they grow used to being held accountable for every step in this process.

The cost of App development depends on many factors such as :

Development platform - web app, native, hybrid, cross-platform
App Complexities - number of screens, limited data, need for API connection, admin console, user profiles
Resource location - Orlando or other cities in the USA.

After having established these factors, we create a detailed description that includes user journeys, tech stack, project investment, and timeline. Contact us with your requirement to get the App development cost.

The exact time to build an application depends on its features, the screen sizes, and the frameworks used. There is a huge process involved in developing web apps and mobile apps. But it normally takes 2 months to around 4–5 months depending on app developers, functionalities of the app, platform and much more.