This article details a step‑by‑step method to embed Frida scripts directly into Android binaries, creating a root‑free, self‑contained Xposed module by compiling a custom Frida‑gadget, editing ELF/PE files, adding magic markers, and automating packaging with Rust and apktool.
This article introduces the Fake Install Module, an Android XP module that forges install status to intercept multi‑dimensional detection, bypass mandatory third‑party app installations, and safeguard the device's app‑list privacy, with detailed usage scenarios and step‑by‑step installation guides for both rooted and non‑rooted devices.
A teenage developer created the open‑source LibrePods project, which unlocks AirPods’ noise‑cancellation, ear‑detect, gesture controls and more on Android devices, but it requires Android 13+, root access and the Xposed (LSPosed) framework, making it a niche yet powerful solution for enthusiasts.
This article explains the concept of Android Hook, demonstrates how to intercept View.OnClickListener using Java reflection, shows step‑by‑step code for hooking startActivity via ActivityThread instrumentation, and introduces the Xposed framework’s mechanism for system‑wide method interception, providing practical examples and key implementation tips.
This article explains the concept of Hook in Android, demonstrates how to intercept View OnClickListener and startActivity using Java reflection and instrumentation, and introduces the Xposed framework for system‑wide method hooking, providing step‑by‑step code examples and practical deployment tips.
This article provides a detailed technical analysis of an Android step‑counter simulator app that leverages the Xposed framework to hook system sensor APIs, modify step data, and achieve user‑defined step targets, while also explaining relevant sensor fundamentals and required permissions.
This article explains how Aspect‑Oriented Programming is applied in Android development to achieve non‑intrusive privacy compliance checks and thread‑usage optimization, detailing the use of compile‑time ASM bytecode instrumentation and runtime Xposed/epic hooks, along with code examples and measured performance gains.
This tutorial explains how to set up the Xposed framework on a rooted Android device, create a hook module that intercepts the IMEI‑retrieving method, compile and install the module, and demonstrates additional privacy‑related use cases such as data masking and ad removal.
This article explains the mechanisms of HTTPS certificate verification in Android, outlines various implementation methods, demonstrates how to bypass verification using tools like JustTrustMe and SSLkiller, and provides detection and protection strategies for developers to safeguard their apps against such attacks.
This article explains how the Xposed framework works, why it normally requires root, and presents a technical approach using application sandboxing and dual‑app virtualization to enable Xposed modules on non‑root Android phones, including details of framework porting and hook mechanisms.
This article introduces the Xposed framework, explains its architecture and root‑based installation process, then explores alternative non‑root implementation methods using sandbox virtualization and Java hook techniques, detailing dual‑app virtualization, framework migration, and practical code examples for running Xposed modules on unrooted Android devices.
The article explains how Android hooking frameworks Xposed Installer and Cydia Substrate operate and provides practical Java‑ and native‑level detection methods—such as package‑name checks, stack‑trace inspection, memory‑map scanning, and signature matching—to identify their presence and strengthen app security.
This article provides a detailed technical walkthrough of how the Xposed framework replaces the Android Zygote process, initializes its runtime, registers services, and hooks methods by examining the main, initialize, startAll, and onVmCreated functions along with installation steps.
This article provides a detailed analysis of the Xposed framework on Android, explaining its purpose, how it integrates with the Zygote process, and step‑by‑step walkthrough of the Hook workflow, including key native methods, ArtMethod manipulation, and example code for method interception.
