A delightful networking library for iOS, macOS, watchOS, and tvOS built on Apple's Foundation URL Loading System.
AFNetworking is a networking framework for iOS, macOS, watchOS, and tvOS that simplifies HTTP communication by extending Apple's Foundation URL Loading System. It provides a modular set of tools for making network requests, handling serialization, monitoring reachability, and implementing security policies like SSL pinning. The library was designed to offer a delightful API while maintaining compatibility with Apple's native networking stack.
iOS and macOS developers building Objective-C or Swift applications that require robust HTTP networking, especially those needing features like SSL pinning, multipart uploads, or network reachability monitoring.
Developers chose AFNetworking for its comprehensive feature set, modular architecture, and strong community support. It offered a more convenient abstraction over Apple's URL Loading System while providing essential utilities like request serialization and security policies that weren't available in basic Foundation networking.
A delightful networking framework for iOS, macOS, watchOS, and tvOS.
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Its design separates session management, serialization, and security into reusable components, allowing developers to pick only what they need without bloating the codebase.
Includes SSL pinning for security, network reachability monitoring for retry logic, and multi-part uploads with progress tracking—features that were advanced and well-integrated for Apple platforms.
Backed by a large community and used in many high-profile apps, it offers well-tested code and extensive historical resources, tutorials, and StackOverflow answers.
Extends Apple's URL Loading System closely, making it reliable and familiar for developers already versed in Cocoa networking, with minimal abstraction overhead.
Officially deprecated with no future releases, posing risks for security vulnerabilities, bugs, and incompatibility with newer iOS versions or Swift language updates.
Primarily designed for Objective-C, so its API feels less idiomatic in Swift compared to native alternatives like Alamofire, requiring bridging or adaptation layers.
Users must fork or copy the code for any updates, adding significant overhead for teams that need to patch issues or add features independently.
The Swift Package Manager version excludes UIKit extensions, forcing developers to manually integrate missing parts or rely on older dependency managers like CocoaPods.