A plug-in-based iOS security compiler and a security compiling method

Abstract

The invention provides an iOS security compiler based on plug-in. The iOS security compiler comprises a code splitting processing module, a code out-of-order processing module, a code flattening processing module and a code obfuscation processing module. The invention further provides a plug-in-based iOS security compiling method. The method comprises the steps of splitting codes, performing out-of-order processing on the codes, performing flattening processing on the codes and performing control obfuscation processing on the codes. According to the secure compiler and the secure compiling method, the mobile application core code can be protected from being inversed and cracked, the whole process is simple and easy to use, and global or local reinforcement compiling can be carried out on the code in a customized mode.

Description

technical field [0001] The invention belongs to the field of mobile Internet security, and in particular relates to a plug-in-based iOS security compiler and a compiling method. Background technique [0002] With the rapid development of the mobile Internet industry, the types and numbers of mobile applications (APP) are gradually increasing, and the number of mobile users is also increasing. APP has become an important tool that people cannot live without. People use it to shop, travel, pay, investment etc. However, at this time, mobile security risks also follow. Mobile applications generally have some high-risk risks and loopholes, which give criminals an opportunity. Through some simple technical means, it is easy to crack APPs and implant Trojan horses. , Dynamically inject malicious code, causing serious losses to people's lives and enterprises. [0003] At present, there is a lack of a complete code security protection mechanism to compile and protect the mobile app...

AI Technical Summary

Problems solved by technology

[0004] (1) It is difficult and cumbersome to build a secure compilation environment

Most security hardening products are independent of the developer's editor. Developers need to independently install a secure compilation environment and configure various environment variables. Only by porting the code to the newly built secure compilation environment can the code be hardened. High resource overhead and cumbersome operations

[0005] (2) Custom modules are not supported

Other products can only harden the code as a whole, but cannot customize and compile individual modules and source files

[0006] (3) The process is too complicated, difficult to get started, and the operation is not coherent enough. It is likely to miss a certain link in the entire operation process, or waste unnecessary time

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