Apr 12, 2022
In Tips and Tricks
In the past 10 years, we have witnessed the rapid growth of mobile application development, but cybercrime has always been with us. In fact, the vast majority of apps in the mobile app store may have potential security risks. Statistics show that 89% of popular applications are counterfeited, and 98% of the top 10 applications in 18 industries have loopholes. Once these vulnerabilities are exploited, they will have a great impact on developers and users. In this article, we'll take a closer look at what basic mobile application security practices should be implemented once development is complete. The main risks of mobile application security. Weak server-side controls Outside of mobile devices, communication between apps and users is through servers, which are the main targets of hackers all over the world. The main reason behind server vulnerabilities is because sometimes Fax List developers overlook necessary server-side security. consider. Due to lack of security considerations for mobile applications, insufficient budget for security protection, system differences, etc., security vulnerabilities may be caused. Scan applications with automated vulnerability scanning tools to identify as many vulnerabilities as possible and fix them in a timely manner. Through this method, you can find and solve many common problems and bugs. Lack of binary protection This is also one of the main security issues that OWASP applications need to address, because if a mobile application lacks binary protection, any hacker or adversary can easily use decompilation tools to insert ad code and related configuration into the application, and they can also Third-party app markets, forums republish pirated apps. This kind of behavior will not only cause data leakage, endanger the interests of products and users, but also affect the brand reputation of enterprises. To avoid this, it is important to deploy a binary hardening process. Under binary hardening, binaries are analyzed and modified accordingly to protect them from common mobile application security threats, which allows vulnerabilities in the legacy code itself to be fixed without the need for the source code.