![]() Versioning platforms without code scanning. ![]() ![]() Continuous integration platform weaknesses.Developer shortcuts top the list of issues to resolve in order to protect Swift and Objective-C source code on iOS devices. More abundant, though, are the truly unintentional failures when coders do not comply with well-known best practices for securing iOS source code. Developers are clever, and they can easily create backdoors for entry by unauthorized interlopers – including themselves! They can also code backdoors to look accidental and hide their own tracks. But the untold story about how hacker antics lead indirectly to the loss of iOS source code is one of our focuses here on the front lines of protecting IP.Īnother important weakness which leads to the exposure of iOS source code is internal security failure. The dramatic news story of a security breach typically features the feared loss of customers’ credit cards and personal data. Apple recently added a fix for the GreyKey passcode hack which was revealed a few months before. The recent lockscreen bypass is widely illustrated on hacker sites with instructional videos. Apple responds, eternally one step behind in the battle, with security patches to iOS. Hackers exultantly publish their successful iOS cracks online with a triumphant splash, rejoicing in the mayhem among the casualties, and basking briefly in the admiration of fellow anarchists.
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