Why You Should Try Flutter on Your Next Project?
Wondering why should you worry about trying Flutter on your subsequent project and what your business profits with it? Despite whether you’re a CTO, a TechLead, or occupy any other place that wants making effective tech decisions in your company, you’ll find this article useful. Particularly, I am planning to get a clue of what Flutter is and why it’s the most powerful cross-platform framework out there. You’ll learn about Flutter’s advantages associated to other cross-platform solutions available and the purpose of these benefits in both development and business processes before you hire Flutter developers in India. Collectively, you’ll get a view of why Flutter can be a great solution to some regularly happening issues in your business.
What Is Flutter?
During my professional career in software development, I’ve observed the recurring problem of choosing between what instrument to utilize for mobile cross-platform development in several projects. All these projects were complex, but almost all of them had one thing in general: the resulting app was needed to work on as multiple devices as possible. And it was a genuine difficulty.
In this article, I highlight my views on what benefits of Flutter are going to make it manage the cross-platform application development in the forthcoming years. I can tell that Flutter is a cross-platform application development instrument that I was looking for during my career. It merges the ease of development with native performance while supporting visual uniformity across platforms. It’s just the greatest!
You might think that every cross-platform framework can make some things and offers some characteristics necessary for the job. But! Flutter is a little different from its rivals in some key features. Let’s take a denser look at what makes Flutter app development more reliable than other frameworks.
1. Similar on All Platforms
We, experts, know that essentially any cross-platform framework presents a way to share codebase between the target platforms. But there are no such application frameworks that enable sharing both the UI code the UI itself besides Flutter. This kind of rendering process starts building an app that looks native on every platform easy. But the devil’s in the details. Relying on platform-specific elements for rendering produces a requirement for a property mapping layer for the platform widget and a framework widget data synchronization. That’s what wants mapping every animation into a platform-specific widget call. So much more complex than it requires to be.
2. Reduced Code Development Time
From my knowledge, building a usual mid-size Android app takes the shortest 40 seconds to get directed onto the test device. And sometimes, it can take always just to set small visual features in the layout. Flutter’s “hot reload” characteristic, in turn, allows seeing the applied changes almost immediately, without even losing the prevailing application state. And this is precisely what makes Flutter app development several times accelerated due to the improved development speed.
3. Increased Time-to-Market Speed
This one is rather straightforward. Flutter development framework operates more active than its alternatives. In most circumstances, you can require a Flutter app to order at least two times fewer man-hours as opposed to the same app developed independently for Android and iOS. The main reason is still simple: you just don’t have to write any platform-specific code to produce the wanted visuals in your application. Any 2D-based UI can be performed in Flutter without communicating with a native application counterpart. Aside from that, Flutter presents a declarative API for building UI, which, in my judgment, noticeably increases the performance. This is most apparent when it proceeds to visual adjustments.
4. Similar to Native App Performance
Application performance is essential for great UX. While it’s troublesome to tell the exact figures, it’s competent to say that Flutter application performance in most utmost cases will be interchangeable from the native app and even more beneficial in complex UI animation scenarios. Why? Opposite to the procedure of most cross-platform frameworks, Flutter doesn’t rely on any standard code representations or interpretation. Flutter application is established directly into the machine code, which excludes any performance flaws of the interpretation means.
5. Custom, Animated UI of Any Complexity Available
One of the most consequential advantages of Flutter is the capability to customize everything you see on the screen, despite how complex it may be. While it’s normally possible to do a real custom UI on the native platforms as well, the amount of work needed varies by the order of magnitude. However, Flutter makes the process more manageable and accomplished without computing to the workload. Flutter allows you to perform activities like Shared element transitions, shape/color/shadow manipulations, clipping, transformations effortlessly.
6. Simple Platform-Specific Logic Implementation
Besides the UI, many real-life mobile applications rely on first OS-level features. This includes characteristics such as getting GPS coordinates, Bluetooth communication, collecting sensors data, permission administration, working with credentials, etc. Many of these are possible when developing a Flutter application through a ready-to-use plugin recommended by Google. Of course, there can be evidence of your application relying on an OS-level characteristic that is not yet ready as a plugin. But the team has you included here as well! Flutter presents an easy-to-use way of securing the communication between platform-native code and Dart through platform channels. This means you can complete anything that a native app can do using a Flutter app, with just a little extra effort on the native side.