Before the shell is broken, the App is in an encrypted state, which can effectively protect the code and resources of the App from being illegally obtained and modified. This protection mechanism can prevent hackers and pirates from reverse engineering and protect the intellectual property rights and trade secrets of developers. Therefore, the App before smashing the shell is highly secure.
However, after the shell is broken, the encryption protection of the App is lifted, making it easier for developers to conduct reverse analysis and debugging. Developers can deeply understand the implementation details and logic of App by decompiling code, viewing resource files and debugging runtime behavior. This is very beneficial to developers, which can help them understand and optimize their own code, find potential problems and loopholes, optimize performance and improve functions.
However, there are some risks and problems in cracking the shell. On the one hand, breaking the shell may reduce the security of the App and make it easier for hackers to carry out malicious attacks and reverse engineering. On the other hand, the cracked App may be used for piracy and tampering, which will bring economic losses and reputation problems to developers.
Therefore, before deciding whether to break the shell, developers need to comprehensively consider the needs of security and reverse analysis, and take appropriate protection measures to protect their own apps. This may include using code obfuscation, hardening and encryption techniques to enhance the security of applications, as well as reverse analysis and debugging in compliance.