This framework helps with Flutter apps reverse engineering using the patched version of the Flutter library which is already compiled and ready for app repacking . This library has snapshot deserialization process modified to allow you perform dynamic analysis in a convenient way.
Read moreHow do I protect my flutter code?
How to secure your Flutter Application?
Read moreWhat are obfuscation techniques?
Obfuscation techniques entail making a design or system more complicated to prevent RE, while also allowing the design or system to have the same functionality as the original .
Read moreIs flutter code obfuscated?
Code obfuscation is the process of modifying an app’s binary to make it harder for humans to understand. Obfuscation hides function and class names in your compiled Dart code, making it difficult for an attacker to reverse engineer your proprietary app. For android/iOS: you need a minimum of Flutter version 1.16 .27 Eki 2020
Read moreHow do you optimize flutter app size and obfuscation?
As the APK, app bundle, or IPA version of a Flutter app is self-contained and holds all the code and assets needed to run the app, its size can be a concern.
Read moreHow do you analyze app size?
Drag an APK or app bundle into the Editor window of Android Studio. Switch to the Project perspective in the Project window and then double-click the APK in the default build/output/apks/ directory. Select Build > Analyze APK in the menu bar and then select your APK or app bundle.
Read moreHow do you analyze the size of a flutter app?
The size analysis tool is invoked by passing the –analyze -size flag when building: flutter build apk –analyze-size. flutter build appbundle –analyze-size. flutter build ios –analyze-size.
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