Mobile App Development Company in Mumbai
We bring the biggest ideas to the smallest screens and develop all kinds of mobile apps from complex and long-term custom enterprise and business applications to consumer apps in sectors ranging from e-commerce, utility services, sports, food ordering & delivery, healthcare, business services.
Mobile App Development Lifecycle 2022
With over 3.5 billion smartphone users worldwide, the mobile phone user base is strong and only growing. Here are some key insights:
According to research, the average user checks their phone at least once every twelve minutes
10% of users are checking their phones every four minutes
Mobile apps account for about 90 per cent of smartphone users' screen time
In 2021, revenue from mobile apps is expected to reach $693 billion
85% of customers prefer native apps
Anyone who wants to construct or develop a mobile app will find the data motivating. Although developing a mobile app and being part of the billion-dollar market sounds appealing, the decision requires careful consideration and planning. Keep in mind, your mobile app will be competing with millions of other apps on the Google Play Store and Apple's App Store. That's where we come in, let's take a closer look at the mobile app development process.
What is Mobile App Development?
Mobile apps are programs that can be pre-installed or downloaded and installed later by the user. Apps exploit the device's network capabilities to access computational resources from afar. As a result, the mobile app development process necessitates developing software that can be loaded on a device, as well as allowing backend services for data access via APIs and testing the app on target devices. The set of techniques and procedures involved in building software for small, wireless computing devices, such as smartphones and other hand-held devices, is known as mobile application development.
You must consider screen sizes, hardware requirements, and many other facets of the app development process while creating scalable mobile apps.
Apple's iOS and Google's Android are the two most popular smartphone platforms today.
Mobile App Development Platforms
Apple Inc.'s iOS and Google's Android are the two most popular and best mobile app development platforms in 2022. Apple's iOS is a mobile operating system designed exclusively for iPhones. Android, on the other hand, is used by a variety of OEMs, including Google.
Although the two have many similarities, various software development kits (SDKs) are utilized for different platforms. On the iOS App Store today, customers can download 1.85 million different apps. With 2.56 million apps available on the Google Play Store, Android users have even more options.
Mobile development platforms make the process of creating mobile apps easier by combining all of the necessary functions and features into a single package. A single piece of software may handle everything from planning to UI/UX design to testing. Front-end design tools, back-end design tools, debugging, app testing, and API integration capabilities are all included in mobile development platforms.
Types of Mobile Apps
Here's a rundown of the various sorts of mobile app development technology, along with some background information on each:
Integrated development environments (IDEs) and languages for mobile OS such as Apple iOS and Google Android are used to create these apps.
Native apps give you the ability to tailor required features. Better than alternative technologies in the long term.
Cross-platform mobile apps can be written in a variety of programming languages and then compiled independently for each device.
Hybrid apps are less expensive to create. There aren't as many features.
Progressive Web Apps
A Progressive Web App (PWA) is a website that looks and acts like a mobile app. Web technologies such as Facebook React are used to create these apps.
Comparison of App Development Alternatives
Native apps provide the best performance in terms of runtime
Building and maintaining distinct codes for each platform comes at a considerable cost
Have access to the device's hardware capabilities, such as GPS, camera, and microphone, which speeds up feature execution and makes it easier to provide a rich user experience
The single code base is used for multiple platforms
Because native libraries aren't available, third-party open-source libraries are used instead
To align user experience across platforms, have one development team for both platforms, and time & budget to manage two distinct apps
Web and mobile apps have the same codebase
Because they are essentially constructed utilizing web development technologies, the performance is not native
Progressive Web Apps
Apps can be used on the web as well as on mobile devices
Native devices have little or no support. Uses the browser's capability to run
Can only be accessed through your device's browser. Needs constant network connectivity without requiring any native device features such as a camera, machine learning module, GPS, or gyroscope
Mobile App Development Process
There are numerous steps in the mobile app design and development process. From gathering initial information to the creation of your mobile app, launch on app stores and finally maintenance and support.
APP STORE DEPLOYMENT
DESIGN & ARCHITECTURE
QA & TESTING
We have experience in developing projects in the following domains:
Build an App Development Strategy
Brainstorm Your Idea
Build UX/UI Design
Begin App Development
Define Your MVP
Plan Your App Development
In a turn-key engagement, we are your comprehensive mobile development partner. We work with you to strategize, design and develop a holistic mobile solution to your business problem. Then, we design, build, test and refine the solution until it’s ready for delivery and deployment.
Clients can be as involved or hands-off in that process as they like. From design, development to ongoing support, marketing services to promote your business objectives, we offer every service necessary to build and run successful apps.
Best Tech Stack for Mobile App Development in 2022
Developing a new app requires us to choose the best mobile app technology stack, which is the combination of the language, platform, framework, and other tools required to build the app in line with your business objective.
Technology Stack for iOS Apps in 2022
Frameworks for user interfaces: Developers frequently utilise UIKit and SwiftUI to create user interfaces.
Technology Stack for Android Apps in 2022
Languages for programming: For Android app development, two major languages are often utilised. They are Java and Kotlin, respectively.
Android development tools: There are a few popular toolsets like Android Studio and Android Developers Tools.
Frameworks for user interfaces: Android provides pre-built Android UI software.
Technology Stack for Cross-Platform Apps in 2022
Languages for programming: If a new project is aiming to support both Android and iOS, the best option is to turn to cross-platform app development. Flutter, React Native and Xamarin are most popular.
How To Choose The Right Mobile App Development Technology Stack?
We must define the project goals and vital characteristics of the app selecting the mobile app development stack. This will aid the development team in creating the best product that meets all of the requirements.
List the general features of your app development project
Will the app demand a heavy latency vs low latency solution?
Will the app require heavy load processing?
Keep your future product roadmap in mind when choosing the tech stack
Budget and timelines
It is not always recommended to follow new trends and strive to catch up with the wave of popular programmes. In the future, such a product will require far more effort to support, and as a result, it may become a major failure. The technology stack for your project needs to be chosen judiciously.
90% of mobile time is spent on apps and 10% of people check their phones once every four minutes.
The prediction for the overall mobile app market is for continuous growth, reaching a staggering $935 billion in revenue in 2023.