![]() ![]() Host Device ¶Īt the very least, you'll need Android Studio (which comes with the Android SDK) platform tools, an emulator, and an app to manage the various SDK versions and framework components. You can set up a fully functioning test environment on almost any machine running Windows, Linux, or macOS. These basic processes are the foundation for the test cases outlined in the following chapters. ![]() In this chapter, we'll talk about setting up a security testing environment and introduce basic processes and techniques you can use to test Android apps for security flaws. In the previous chapter, we provided an overview of the Android platform and described the structure of its apps. V7: Code Quality and Build Setting Requirements V4: Authentication and Session Management Requirements V2: Data Storage and Privacy Requirements V1: Architecture, Design and Threat Modeling Requirements The Mobile Application Security Verification Standard Manually adding the Proxy's certificate among system trusted CAsīypass Custom Certificate Pinning Staticallyīypass Custom Certificate Pinning DynamicallyĪndroid Tampering and Reverse Engineering Installing a CA Certificate on the Virtual Deviceīypassing the Network Security ConfigurationĪdding Custom User Certificates to the Network Security ConfigurationĪdding the Proxy's certificate among system trusted CAs using Magisk Setting Up a Web Proxy on an Android Virtual Device (AVD) Using Android Studio Device File ExplorerĮxtracting the App Package from the Deviceįirebase/Google Cloud Messaging (FCM/GCM)Įnd-to-End Encryption for Push Notifications Mobile App Tampering and Reverse Engineering ![]() Introduction to the OWASP Mobile Application Security Project
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |