Columbia Cycada
Cycada (formerly known as Cider) is a compatibility layer that aims to allow applications designed for iOS to run unmodified on the Android operating system.[1] The method uses compile-time adaptation to run unmodified code with minimal implementation effort.[2]
Original author(s) |
|
---|---|
Developer(s) | Department of Computer Science, Columbia University |
Operating system | Android |
Type | Compatibility layer |
Website | systems |
The project was revealed in a conference paper by computer science researchers at Columbia University. The project enables iOS applications to adapt to Android's kernel and programming libraries.[3][4]
A video released shows that many applications work, including the iOS version of Yelp, Apple's iBooks software and 3D benchmarks using OpenGL. Consequent to the release of the white paper, hardware GPS support was added to the software.[5]
Unlike many other compatibility layers (such as WINE or Darling), Cycada works at the kernel level, as opposed to at user space.[3]
It is unknown whether the project will be released.
The original name “Cider” was most likely a play on WINE, another compatibility layer named after an alcoholic drink.
Since lead developer Jeremy Andrus left for a job on the Darwin kernel at Apple, the project has been headed by Jason Nieh.[6]
See also
References
- Columbia University students create software allowing native iOS apps to run on Android devices – 9to5mac
- In Sync: Columbia Engineering Team First to Run iOS Apps on Android Platform
- Andrus, Jeremy et. al. ``Cider: Native Execution of iOS Apps on Android." In Proceedings of the 19th International Conference on Architectural Support for Programming Languages and Operating Systems (ASPLOS 2014). ACM, 2014, p. 367-382.
- Research project Cider brings iOS apps to Android devices – TheNextWeb
- Students get iOS apps running (slowly) on Android – Engadget
- http://www.slashgear.com/cycada-lets-ios-apps-run-on-android-natively-20341969/