How to Pass Detection?
About 333 wordsAbout 1 min
2026-01-31
In a Root environment, to allow apps like banking and games to run normally, we need to perform some hiding operations. For FolkPatch users, besides using the built-in FolkPatch Hide feature for basic hiding, with reasonable module combinations, you can easily pass the vast majority of checks.
Essential "Three-Piece Set" + Kernel Module
To have a good hiding environment, the following combination is recommended:
1. Kernel Level Hiding: Nohello Module
Although FolkPatch itself is powerful, some detection methods can still find traces. Nohello is a kernel module specifically designed to work with KernelPatch, which can effectively hide modification features at the kernel level.
2. Zygisk Next
Used to replace the original Magisk Zygisk implementation, providing stronger hiding capabilities and better compatibility. It is the basis for running many hiding modules (such as Shamiko, etc.).
3. Tricky Store (TS)
Targeting Keybox and device fingerprint detection. Tricky Store can dynamically deceive the device storage (KeyStore), allowing you to pass hardware-level certification even without a blocked Keybox.
4. Play Integrity Fix (PIF)
Used to pass Google Play Integrity API detection. This is currently an important standard for many foreign apps and some domestic apps (such as certain banks) to judge device security.
提示
If your device has an Android security patch update within twelve months of the current time, and your device model has passed Play Integrity certification before unlocking, then you can use the TS module directly without using the PIF module.
Summary
Nohello (Kernel Layer) + Zygisk Next (Framework Layer) + TS/PIF (Fingerprint/Certification Layer)
With this combo, you can basically cope with 99% of app detections on the market.
Tip
Modules are not better the more you install; conflicting modules will lead to detection failure. Please keep the environment simple.
Copyright
Copyright Ownership:FolkPatch Team
License under:Attribution 4.0 International (CC-BY-4.0)