A simple wrapper for Apple's Keychain APIs on iOS, watchOS, tvOS, and macOS, making secure storage as easy as NSUserDefaults.
UICKeyChainStore is an Objective-C library that simplifies secure data storage on Apple platforms by wrapping the native Keychain APIs. It allows developers to store sensitive information like passwords and tokens as easily as using NSUserDefaults, while providing advanced features like Touch ID integration and iCloud synchronization. The library eliminates the complexity and boilerplate code typically required for Keychain interactions.
iOS, macOS, watchOS, and tvOS developers who need to securely store credentials, tokens, or other sensitive data in their apps. It's particularly useful for those who find Apple's native Keychain APIs cumbersome or verbose.
Developers choose UICKeyChainStore because it dramatically reduces the code and complexity needed to use Apple's Keychain securely. Unlike lower-level APIs, it offers a simple, NSUserDefaults-like interface while still supporting advanced features like biometric authentication, iCloud sync, and shared web credentials.
UICKeyChainStore is a simple wrapper for Keychain on iOS, watchOS, tvOS and macOS. Makes using Keychain APIs as easy as NSUserDefaults.
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Uses subscripting and simple methods similar to NSUserDefaults, drastically reducing the boilerplate code needed for Keychain operations, as shown in the basic saving and retrieval examples.
Works seamlessly across iOS, watchOS, tvOS, and macOS with a unified API, enabling consistent secure storage on all Apple devices, highlighted by platform badges and cross-platform examples.
Integrates Touch ID authentication, iCloud synchronization, and shared web credentials, providing robust security options beyond basic storage, detailed in dedicated README sections.
Includes methods to list all stored keys and items, making it easy to inspect and debug Keychain contents during development, as demonstrated in the debugging section.
Written in Objective-C, which may require bridging in Swift projects and feels outdated compared to the author's own Swift-native alternative, KeychainAccess.
Touch ID operations must be run in background threads to avoid UI locks, adding concurrency management overhead and potential bugs for developers.
Includes deprecated methods like synchronize, indicating parts of the library are legacy and may not align with the latest Keychain best practices.
Tightly coupled to Apple's Keychain Services, making it useless for any non-Apple platforms or hybrid apps that need portable secure storage.