In the modern era of Android customization, strict applications often flag devices based on their specific hardware IDs or system properties. Device Id Changer (powered by Seyud's Device Faker architecture) is the ultimate Zygisk-based solution to this problem. Instead of globally modifying your system and risking instability, this module allows you to seamlessly spoof device properties on a strict per-app basis. Featuring an intuitive WebUI, TOML configuration, and multiple spoofing modes, it gives you absolute control over your device's digital footprint.
Master Your Device Identity
Take control over what apps see. Easily switch your digital footprint to evade restrictions, enhance privacy, or bypass rigid device-specific checks using a modern WebUI interface.
Native Zygisk Injection
Operating directly within the Zygisk framework, the module intercepts property requests at the deepest application level. This ensures that the spoofed values are injected before the target app even finishes initializing.
Modern WebUI Dashboard
No more wrestling with command-line interfaces. The module hosts a localized, clean WebUI that allows you to manage templates, select target applications, and toggle spoofing modes with just a few taps.
Triple Operation Modes
Choose your level of evasion. Use Lite Mode for basic apps, Full Mode for broad property masking, or the powerful Resetprop Mode to force read-only system properties to display your faked data.
TOML & Template Management
Power users can dive into the highly readable TOML configuration files. Create a perfect device profile (e.g., Samsung Galaxy S24) and instantly apply that exact template to multiple target apps at once.
Why Per-App Spoofing Matters
In the past, users who wanted to spoof their Android ID, device model, or manufacturer had to edit their global build.prop. This often resulted in broken system updates, misbehaving Google services, or random bootloops because the entire operating system was confused about its identity.
By utilizing Zygisk, this module takes a surgical approach. It intercepts the API calls only when your specifically chosen application asks the system "What device am I running on?".
Whether you are managing your setups via the graphical WebUI or manually editing the TOML files, this targeted approach ensures that your device remains 100% stable while giving you absolute privacy and control over nosy applications.