If this is a physical application on a device, use the Android Debug Bridge (ADB) to find the path of the associated package: adb shell pm list packages | grep custom_125l75xh5t
Document every external domain the app reaches out to. Pay close attention to any HTTP POST requests sending device data or user inputs back to a command-and-control (C2) server. 499775.custom_125l75xh5t.mx.android.webview-android
Use tools like JADX-GUI or apktool to decompile the application's Dalvik Executable (.dex) files into readable Java/Kotlin code. If this is a physical application on a
Once the full package name is identified, pull it to a workstation for analysis: adb pull /data/app/~~[path]/[package_name].apk 🔍 Phase 2: Static Analysis (Decompilation) Once the full package name is identified, pull
Because it is a randomized ID rather than a public exploit or a known malware signature, this write-up outlines how to analyze, reverse-engineer, and document this specific type of Android package or event. 🛠️ Phase 1: Artifact Acquisition & Identification
State whether the application is benign (e.g., a localized wrapper for a legitimate company site) or malicious (e.g., an adware loader or phishing container). 2. File & Environment Details