Lockbox alternatives and similar libraries
Based on the "Security" category.
Alternatively, view Lockbox alternatives based on common mentions on social networks and blogs.
9.1 2.1 Lockbox VS RNCryptorCCCryptor (AES encryption) wrappers for iOS and Mac in Swift. -- For ObjC, see RNCryptor/RNCryptor-objc
9.1 3.2 L4 Lockbox VS ValetValet lets you securely store data in the iOS, tvOS, or macOS Keychain without knowing a thing about how the Keychain works. It’s easy. We promise.
7.8 7.2 L3 Lockbox VS ThemisEasy to use cryptographic framework for data protection: secure messaging with forward secrecy and secure data storage. Has unified APIs across 14 platforms.
4.8 0.0 Lockbox VS SecureEnclaveCryptoDemonstration library for using the Secure Enclave on iOS
4.0 3.4 Lockbox VS JOSESwiftA framework for the JOSE standards JWS, JWE, and JWK written in Swift.
2.9 0.0 L4 Lockbox VS simple-touchVery simple swift wrapper for Biometric Authentication Services (Touch ID) on iOS.
2.3 0.0 L4 Lockbox VS Keychain:key: A keychain wrapper that is so easy to use that your cat could use it.
2.3 0.0 Lockbox VS KKPinCodeTextFieldA customizable verification code textField. Can be used for phone verification codes, passwords etc
Virgil Crypto stack Objective-C/Swift
Virgil Core SDK allows developers to get up and running with Virgil Cards Service API quickly and add end-to-end security to their new or existing digital solutions to become HIPAA and GDPR compliant and more.
* Code Quality Rankings and insights are calculated and provided by Lumnify.
They vary from L1 to L5 with "L5" being the highest.
Do you think we are missing an alternative of Lockbox or a related project?
Lockbox is an Objective-C utility class for storing data securely in the keychain. Use it to store small, sensitive bits of data securely.
Looking for a Swift version? Check out Strongbox.
There are some bits of data that an app sometimes needs to store that are sensitive:
- In-App Purchase unlocked feature bits
- and anything else that, if in the wrong hands, would be B-A-D.
The thing to realize is that data stored in
NSUserDefaults is stored in the clear! For that matter, most everything stored in your app's sandbox is also there in the clear.
Surprisingly, new and experienced app developers alike often do not realize this, until it's too late.
The Lockbox class methods make it easy to store and retrieve ~
NSDates~ any Foundation-based object that conforms to
NSSecureCoding into and from the key chain. You are spared having to deal with the keychain APIs directly!
For greater security, and to avoid possible collisions between data stored by your app with data stored by other apps (yours or other developers), the keys you provide in the class methods for storing and retrieving data are prefixed with your app's bundle id. The class methods provide some convenience by simplifying the use of Lockbox. But if you need to be able to access a common set of keys between your app, and say, an iOS8 extension, you may need to override the key prefix. For that, you can instantiate your own instance of Lockbox, providing your custom key prefix, and call the same methods (as instance methods) as you would call on the class. (The signatures are the same between class and instance methods. In fact, the class methods operate on a class-static Lockbox instance.)
The one caveat to keep in mind is that the keychain is really not meant to store large chunks of data, so don't try and store a huge array of data with these APIs simply because you want it secure. In this case, consider alternative encryption techniques.
Lockbox 3 includes the following methods, shown here as class methods. The same methods (as instance methods) may be called on your own Lockbox instances.
General object storage and retrieval
These methods use an
NSKeyedUnarchiver, respectively, to encode and decode your objects. Your objects must conform toe
+archiveObject:forKey:... methods return
BOOL indicating if the keychain operation succeeded or failed. The method
+unarchiveObjectForKey: method returns a non-
nil value on success or
nil on failure. The returned value is of type
id, but you assign this to whatever you know the data type should be. For example:
NSDate *today = [NSDate date]; [Lockbox archiveObject:today forKey:@"theDate"]; ... NSDate *theDate = [Lockbox unarchiveObjectForKey:@"theDate"];
See below for notes on the
See below for information about migrating from Lockbox v2.x APIs to Lockbox v3 APIs.
Lockbox 2.x and older include the following deprecated methods, shown here as class methods. The same methods (as instance methods) may be called on your own Lockbox instances.
setXxx methods return
BOOL, indicating if the keychain operation succeeded or failed. The
xxxForKey methods return a non-
nil value on success, or
nil on failure.
setXxx methods will overwrite values for keys that already exist in the keychain, or simply add a keychain entry for the key/value pair if it's not already there.
In all the methods you can use a simple key name, like "MyKey", but know that under the hood Lockbox is prefixing that key with your app's bundle id (if you are using the Class methods, your own key if you are using a Lockbox instance). So the actual key used to store and retrieve the data looks more like "com.mycompany.myapp.MyKey" or "my.custom.key.MyKey". This ensures that your app, and only your app, has access to your data.
The methods with an
accessibility argument take a Keychain Item Accessibility
Constant. You can use this to control when your keychain item should be readable. For
kSecAttrAccessibleWhenUnlockedThisDeviceOnly will make
it accessible only while the device is unlocked, and will not migrate this
item to a new device or installation. The methods without a specific
accessibility argument will use
kSecAttrAccessibleWhenUnlocked, the default in recent iOS versions.
Migrating to Lockbox v3 APIs
There is no automatic migration from the old
setXxx methods to the new archive/unarchive methods. In fact, that would be nearly impossible as there is no way to know what you stored for any given key to be able to retrieve the data correctly. The v3 APIs are incompatible with the v2.x APIs.
Manual migration is required. You'll need to fetch your data using the now deprecated type-specific v2.x methods, and then store the data again using the new
You might do this at launch, one time, for all your Lockbox data stored using the old methods. Then make a note by storing another key, either via Lockbox or in User Defaults or somewhere else, that you've done this migration in your app. So on subsequent launches, you wouldn't have to do the migration again. In fact, that would be redundant and probably mess up your data.
As of v2.0, Lockbox is ARC-only. For non-ARC support, use v1.4.9.
Requirements & Limitations
To use this class you will need to add the
Security framework to your project.
Your project will have to have Keychain Sharing enabled for Lockbox to access the keychain, but you can remove any Keychain Groups that Xcode adds. The entititlement is apparently required for any keychain access, not just sharing.
This class was written for use under Cocoa Touch and iOS. The code and tests run fine in the iOS simulator under Mac OS. But there are some issues using this class under Cocoa and Mac OS. There are some keychain API differences between the 2 platforms, as it happens. Feel free to fork this repo to make it work for both Cocoa and Cocoa Touch and I'll be happy to consider your pull request!
Note on running unittests on device
If you experience SecItemCopyMatching errors with code 34018 on Lockbox methods while running your app unit tests target on device, your can avoid these by code signing your unit tests .xcttest folder.
Add Run Script phase to your unit tests target Build Phases with:
codesign --verify --force --sign "$CODE_SIGN_IDENTITY" "$CODESIGNING_FOLDER_PATH"
Link to latest CocoaDocs: cocoadocs.org/docsets/Lockbox/
See the LICENSE file for details.
*Note that all licence references and agreements mentioned in the Lockbox README section above are relevant to that project's source code only.