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Adobe AIR is a cross-platform runtime that enables developers to package the same code into native apps for iPhone, iPad, Kindle Fire, Nook Tablet, and other Android devices, and to reach mobile app stores for over 500 million devices.
This runtime enables developers to use their existing web development skills, including HTML, CSS, and JavaScript, to build and deploy modern desktop applications. This capability makes it easier and more cost-effective for developers to convert existing web skills into cross-platform desktop apps.
Once installed, Adobe AIR Applications complement browser-based web applications by providing additional reach and capabilities.
This application offers an exciting new way for businesses to engage customers with innovative, branded desktop applications without requiring disruptive changes to existing technology, personnel, or processes. This seamless integration delivers significant value to enterprises looking to deploy branded desktop applications without requiring infrastructure changes.
Adobe AIR empowers businesses to create branded, desktop-based rich internet applications (RIAs) that foster deeper customer connections. By allowing content to move smoothly between browsers, standalone apps, and native operating systems, AIR ensures a consistent and engaging experience across platforms. This flexibility allows businesses to reach users on their preferred devices, enhancing customer satisfaction and loyalty.
Since all Adobe runtimes share a common codebase, developers benefit significantly from code reusability, enabling them to efficiently deploy game console-quality 2D and 3D games, rich media applications with premium high-definition video, and scalable data-driven applications through Adobe AIR. This cross-platform efficiency is crucial for those looking to maximize code reuse in cross-platform game and application development.
Adobe AIR Features:
Deliver console-quality games:
- Stage 3D. Build stunning, blazing-fast cinematic 2D and 3D games for the browser, iOS, and Android. The software uses fully accelerated GPU rendering powered by OpenGL and DirectX.
- Concurrency. Create high-performance, more responsive games and content using ActionScript workers and shared ByteArray support. Share memory and leverage machine resources by offloading tasks to concurrent background workers (AIR desktop apps only).
- Extensibility. Enable developers to utilize platform-specific native code with AIR native extensions. Free native library sets available through Adobe Game Developer Tools offer additional support for developers.
Produce stunning media:
- HD-quality video. Experience high-quality HD video, powered by industry-standard codecs such as H.264, AAC, and MP3. Our system utilizes GPU hardware optimization and chipsets that scale across all platforms, delivering best-in-class video performance.
- High-quality service. Deliver engaging experiences through adaptive streaming technology and comprehensive features. Support for streaming standards such as HDS and RTMP ensures efficient and flexible delivery of video content across various networks and CDN configurations.
- Content protection. Adobe Access provides content protection for premium video across delivery models, including on-demand viewing, live streaming, HD rentals, subscriptions, and digital sell-through.
Develop high-performance apps:
- Optimized content. Build high-performance applications with LZMA compression APIs, garbage collection controls, and support for Stage 3D texture compression.
- Enhanced rendering. Provides low-level Stage3D APIs for advanced rendering in apps. Experience a modern Adobe architecture built for fast 2D and 3D graphics rendering using GPU acceleration.
- Advanced Bitmap Control. Achieve smoother animations and more responsive interactions with enhanced high-resolution bitmap support, caching bitmaps, and asynchronous bitmap decoding.
Adobe AIR – Pros & Cons
| Pros | Cons |
|---|---|
| ✓ Lets developers reuse HTML, CSS, and JavaScript skills to build cross-platform desktop applications. | ✗ AIR SDK development on Windows is limited to 64-bit systems running Windows 7 or later. |
| ✓ Supports cross-platform code reuse for desktop apps, mobile applications, games, and rich media projects. | ✗ Mac development support requires macOS 10.12 or later, even though the runtime requirements list macOS 10.10 and above. |
| ✓ Provides GPU-accelerated Stage3D rendering through OpenGL and DirectX for 2D and 3D content. | ✗ The current Android requirements list Android 4.0 and above and ARMv7/x86 processors, but these specifications may not reflect the hardware used in newer Android devices. |
| ✓ It supports HD video and common audio codecs, including H.264, AAC, and MP3, as well as adaptive streaming capabilities. | ✗ The SDK relies on platform-specific native extensions when developers need access to native functionality beyond the cross-platform runtime. |
| ✓ The SDK update targets Android SDK 36 and includes fixes for keyboard behavior, duplicate rpath options, Vector handling, and Android ANR issues. | ✗ The SDK and runtime are separate downloads, so developers need to choose the appropriate package depending on whether they are building AIR applications or simply running them. |
Frequently Asked Questions
What is the difference between Adobe AIR SDK and Adobe AIR Runtime?
The SDK is intended for developers who need the tools required to build, package, and deploy AIR applications. The Runtime is the environment needed to run AIR applications, although modern AIR apps can also be distributed as native packages that bundle the required runtime components.
Can Adobe AIR applications run on Windows and macOS?
Yes. AIR supports desktop applications on both Windows and macOS, providing a common runtime framework across the supported platforms. The current development requirements listed in the article specify 64-bit Windows 7 or later and macOS 10.12 or later for AIR SDK development.
Can Adobe AIR be used to develop Android and iOS apps?
Yes. It supports application packaging for Android, iOS, and desktop platforms. AIR enables developers to reuse cross-platform code while using native extensions to access platform-specific functionality when needed.
What is the difference between Adobe AIR and Electron?
Both can help developers create cross-platform desktop applications using web technologies, but they use different runtimes and development models. Adobe AIR provides its own cross-platform runtime and supports desktop and mobile deployment, whereas Electron uses Chromium and Node.js and primarily targets desktop applications on Windows, macOS, and Linux.
What’s New in Adobe AIR SDK 51.3.4.3:
- Correcting Android Capabilities.supports64BitProcesses
- Ensuring the Android WebView complete event is always sent properly
- Fixing black-screen start-up regression on pre-Android 13 devices
Official Homepage – https://airsdk.harman.com
System requirements:
Windows
- Microsoft Windows Server 2008, Windows 7, 8, 8.1, 10, 11
- AIR SDK Development supports Microsoft Windows 7 and above, 64-bit only
Mac OS
- Mac OS X 10.10 and above
- AIR SDK Development supports Mac OS 10.12 and above
Android
- ARMv7/x86 processor with vector FPU, minimum 550 MHz, OpenGL ES 2.0, H.264, and AAC HW decoders
- Android 4.0 and above
iOS
- iOS 9 and above
