Mobile Runtime Application Self-Protection Market Set for Rapid Growth and Trend, by 2022-2030
At runtime, threat actors can use a variety of techniques to analyse and modify the app. A malicious user can now use techniques such as jailbreaking, rooting, hooking, and others to steal decryption keys, intercept communication to servers, and more.
Threat actors tamper with mobile apps for a variety of reasons, including unlocking hidden or premium functions, repackaging apps to steal confidential data, and learning more about the application at runtime to support reverse engineering attempts. Mobile Runtime Application Self-Protection Market critical to protect against dynamic analysis. When combined with static analysis protection, protection against runtime attacks helps to prevent these outcomes, preserving the integrity of your app and the reputation of your brand.
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