The History Of Flutter: A Comprehensive Overview Of The Development Framework

Published datePublished: Nov 16, 2023 ViewsViews: 1164
Vikas Kaushik

Vikas Kaushik

Vikas manages the Global Operations at TechAhead and is responsible for TechAhead’s growth, global expansion strategy, and ensuring customer delight.
The History Of Flutter: A Comprehensive Overview Of The Development Framework
Have you ever wondered about the origins of Flutter, the development framework that's been turning heads in the mobile application industry? It's natural to be curious - we've also scratched our heads over it.
After all, isn't it fascinating that Flutter is actually an open-source UI software kit birthed by Google for creating cross-platform applications? This post focuses on a comprehensive exploration of Flutter’s history - dissecting everything from its initial spark of creation to future potential.

Key Takeaways

  • Flutter is an open-source UI software kit created by Google for building cross-platform applications.
  • It was first introduced in 2015 and gained significant attention when the first commercial Flutter app was released in 2017.
  • Flutter has continued to evolve and improve, expanding its capabilities beyond mobile platforms to include web browsers, macOS, Windows, and more.
  • Major milestones include the release of Flutter version 1.0 at Flutter Live ’18 and the introduction of Flutter 2.0 with enhanced web compatibility support at Google I/O ’21.

What are Flutter Apps?

AWhat are Flutter Apps
Flutter is an open-source user interface software development kit brought to life by the wizards at Google. This robust tool allows developers like us to construct high-quality, cross-platform applications for users across a broad spectrum, including iOS, Android, Linux, Mac, and Windows, from a single codebase.
Flutter’s heart beats with the Dart language, which is known for its advanced features that optimize performance.
Its unique components, such as its fast-rendering engine drawing support from Google’s Skia graphics library or the custom “Impeller” graphics layer, make Flutter stand out.

Flutter Widgets

Also noteworthy is the Foundation library, packed with platform-agnostic functions and class design-specific widgets mimicking native controls on iOS and Android platforms. Additionally, it extends wide IDE support, making it compatible with IntelliJ IDEA, Android Studio, and Visual Studio Code, among others.
All these attributes work together, enabling us to develop compelling mobile app experiences faster than ever!

Historical Overview of Flutter Development Framework

Historical Overview of Flutter Development Framework

Flutter was created to provide developers with a powerful and efficient way to build cross-platform applications for multiple operating systems, including Android development, iOS, web browsers, Linux, macOS, and Windows.
It was first introduced in 2015 but gained significant attention when Google released its first commercial Flutter app in 2017. Since then, it has experienced mainstream breakthroughs and has continued to evolve and improve in terms of stability and functionality.

Motives Behind the Creation of Flutter

Google identified a need for a single, unified development experience for platforms spanning from mobile to web. This observed gap signaled the start of Flutter’s journey. The chief aim was to allow developers to write one codebase that could run on Android and iOS devices, increasing efficiency and reducing the cost of an app’s design and production.
A key factor in choosing Dart as Flutter’s programming language was its ability to compile into the native code used by different platform-specific software development kits (SDKs).
Leveraging Google’s Skia graphics library gave Flutter high-performance rendering capabilities. As an open-source UI software framework, Flutter began its ambitious mission to revolutionize multi-platform app development by streamlining processes while maintaining quality across all applications.

The Release of the First Commercial Flutter App in 2017 by the Founding Flutter Team

In 2017, a significant event reshaped the mobile app development industry – launching the first commercial Flutter app. This pivotal moment unfolded when VGV’s founding team unleashed an application built using Flutter.
Despite being a new player in the tech field at that time, Flutter displayed its prowess by enabling full development and launch on both iOS and Android platforms within three months only.
This milestone was achieved by leveraging Dart language and advanced features offered by this multi-platform open-source UI software toolkit created by Google. The birth of this pioneering Flutter application marked a promising future for developers seeking faster yet efficient ways to build high-performing cross-platform apps.

Mainstream Breakthroughs in 2019

2019 marked a significant year for Flutter’s growth. Google expanded the framework beyond mobile platforms, announcing its arrival on the web and desktop. The introduction of “Hummingbird,” an experimental project aimed at bringing full Flutter applications to the Web, revealed that developers could now create high-quality, interactive experiences for the browser using Dart and Flutter from a single codebase.
This was further supplemented by early-stage support in Flutter for creating desktop applications with macOS being initially targeted. These remarkable expansions significantly broadened the market reach and accelerated global adoption like never before!

Stability and Evolution since 2021

Since 2021, Flutter has continued to evolve and establish itself as a stable and reliable development framework. With stable support, regular updates, and improvements, Flutter has gained even more popularity among mobile app developers.
Its stability is evident in the fact that top companies use it for building robust and efficient cross-platform applications. Additionally, Flutter’s evolution can be seen through its support for various platforms like web browsers, macOS, and Windows, further expanding its capabilities beyond mobile app development.
This continuous growth makes Flutter an attractive choice for those looking into mobile application development services.

Major Milestones in Flutter’s History

Major Milestones in Flutter's History

Flutter has achieved several significant milestones throughout its history, including Flutter Live ’18, Google I/O ’19, Flutter Engage (March 2021), Google I/O ’21, and the recent Flutter Update: Windows in February 2022.

Flutter Live ’18

Flutter Live ’18 was a significant event in the history of Flutter. Flutter version 1.0 was officially released during this event, marking a major milestone for the development framework.
The highlight of Flutter Live ’18 was the showcase of Flutter Desktop Embedding, which expanded Flutter beyond mobile development and demonstrated its potential for use on various platforms.
The event emphasized the rapid growth and popularity of Flutter among developers. It showcased the capabilities and versatility of the framework, attracting attention from those looking into Flutter mobile apps and application development services.

Google I/O ’19

Google I/O ’19 was a pivotal event in the history of Flutter. It showcased significant advancements and updates to the framework, making it even more powerful for mobile application development.
Developers got a glimpse of new features and improvements to enhance their ability to create stunning and high-performing apps with Flutter. This event marked an important milestone in the evolution of Flutter as it gained more recognition and popularity in the developer community.

Flutter Engage (March 2021)

At Flutter Engage in March 2021, major milestones in the history of Flutter were highlighted. The event provided a comprehensive overview of the development framework and showcased its growth and advancements over the years.
From its inception to today, Flutter has come a long way, becoming one of the leading mobile application development services choices.

Google I/O ’21

Google I/O ’21 marked a significant moment in the history of Flutter. During this event, Google made several important announcements and updates related to the development framework.
One of the key highlights was the release of Flutter 2.0, which introduced exciting features and enhancements for developers. This new version offered improved web compatibility support, enabling developers to build high-quality web applications using Flutter’s cross-platform capabilities.
Additionally, Google unveiled iOS-specific updates that further strengthened Flutter’s position as a powerful tool for building native mobile apps across different platforms. Throughout Google I/O ’21, it became clear that Flutter continues to evolve and innovate, cementing its status as a leading choice for mobile application development services.

Flutter Update: Windows (February 2022)

Flutter introduced an important update in February 2022, supporting Windows desktop applications. This means that developers now have the ability to utilize Flutter on Windows to build robust software with specialized desktop features.
As an open-source UI software development kit created by Google, Flutter allows for the fast development cycle of cross-platform applications across different platforms, including Windows. This latest update represents a significant milestone in the history of Flutter and expands its capabilities even further.

The Future of Flutter

The Future of Flutter

The future of Flutter looks promising as it continues to gain popularity among developers. Its ability to create visually appealing and performant cross-platform applications makes it an attractive choice for mobile application development services.
Google actively maintains and supports Flutter, providing regular updates, documentation, and community support. This ensures that the framework stays up-to-date with new features, performance improvements, and support for additional platforms.
Flutter’s capabilities are expanding beyond mobile app development. It now offers support for web-based applications and early-access desktop application support for Windows, MacOS, and Linux.
This means developers can leverage Flutter’s powerful testing and debugging environment, robust rendering engine, platform-specific logic implementation, and instant hot reload across multiple platforms.
With over one million published apps that use Flutter as of May 2023, the framework has established a dominant presence in the multi-platform space. It surpasses all other multi-platform frameworks in terms of app development.
Overall, the future of Flutter is bright as it continues to evolve and provide innovative solutions for cross-platform development needs.


In conclusion, the history of Flutter showcases its rapid development since its introduction in 2015. Flutter has come a long way, from its first commercial app release in 2017 to mainstream breakthroughs in 2019 and stability and evolution since 2021.
With continuous updates, major milestones like Flutter Engage and Google I/O, and future plans for web compatibility support, Flutter remains an innovative and versatile framework for cross-platform app development.


1. What is Flutter, and why was it developed?

Flutter is a software development kit created by Google for building cross-platform applications from a single codebase. It uses Dart language and was designed to simplify the app development process.

2. How has Flutter evolved over the years?

The history of Flutter began with Sky, leading to the first stable release, Flutter 1.0, in 2018, followed by significant updates such as multi-device debugging in Flutter web under ‘the hummingbird’ project till the current release of Flutter 2.

3. Which platforms does Flutter support for app development?

Flutter initially supports iOS and Android through mobile SDKs; now, it expanded its reach by being compatible and building apps on web platforms like Chrome and desktop operating systems, including macOS, Linux, and Windows.

4. Can you explain some key features of Flutter?

Some pivotal features include hot reload that allows instant view changes without losing state, using design-specific widgets like Material Design or Cupertino following iOS human user interface guidelines, and ahead-of-time (AOT) compilation for faster execution speeds.

5. What kind of IDE support does Flutter provide?

Several Integrated Development Environments (IDEs) aid flutter application developments such as IntelliJ IDEA, Android Studio, and Visual Studio Code, making coding easier with their unique editing features

6. Can I use ‘No-code’ builders with Flutter?

Yes! Drag-and-drop builders allow custom mobile app development even without writing any codes, reinforcing Flutter’s wide range of utility and tools.

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