Mock Location Detector Bypass
The mock-provider flag lives in LocationManagerService. We silence it at the origin so every detector app and SDK reads a clean location.
most requestedWe modify the platform itself — services.jar, framework.jar, boot artifacts — so mock location detectors, integrity checks and signature validations all read exactly what you need them to read.
This is not app modding. We edit the operating system itself, against your exact build fingerprint — then hand you a module that flashes clean.
The mock-provider flag lives in LocationManagerService. We silence it at the origin so every detector app and SDK reads a clean location.
most requestedPackageManagerService and ActivityThread paths patched so selected apps can report the signature you choose — cleanly, without Xposed.
frameworkServer-side hooks that sanitize what detection libraries see: su paths hidden, build props cleaned, package queries filtered.
serverScreenshot and recording restrictions, keyguard behavior, window flags — platform policy adjusted to your spec.
policyA/B devices ship compiled boot artifacts. We deodex against your exact build, patch, and return artifacts that boot on the first try.
critical stepStatus bar tweaks, carrier configs, feature flags, debuggable builds, tracker cleanup — name the behavior, we write the smali.
custom# before — detectors read the real flag .method isLocationMocked()Z invoke-virtual {v0, p1}, Landroid/location/Location;->isMock()Z move-result v1 - return v1 # after — always reports clean .method isLocationMocked()Z + const/4 v1, 0x0 + return v1 .end method
Detection does not happen in the fake-gps app — it happens in services.jar. Patch the source of the flag and every detector downstream inherits the same clean answer.
Device model, Android version, security patch date — or extract and send the JARs directly through Telegram.
We decompile, locate the target checks and reply with price, feasibility and turnaround. No vague ranges.
Smali edits applied, rebuilt against your artifacts, smoke-tested on a real device from the same branch.
You receive a Magisk module or flashable zip with revert instructions. Revisions are included.
Each Android release tightens system integrity. Our toolchain tracks every change across OEM skins.
| target | coverage |
|---|---|
| Android 17 (API 37) | Current ART artifact handling, updated server-side checks, modern signing schemes |
| Android 16 (API 36) | 16-specific LocationManager paths and tightened integrity enforcement |
| Android 15 (API 35) | Full support, including deodex workflows for A/B partitions |
| OEM builds | One UI, HyperOS, Pixel, ColorOS/Realme UI — OEM-specific diffs adapted per build |
| Delivery formats | Magisk module, flashable zip, or raw patched JAR and artifacts |
| Hard targets | String decryption and control-flow cleanup before patching where required |
services.jar, framework.jar, android.policy.jar — at the smali level. Unlike app mods, the change affects how Android itself reports and enforces things for every app on the device.services.jar; we neutralize it at the source for your exact build so all detector apps read a clean result. Send device model and security patch date so we match your build.Magisk module or flashable zip with the patched system files. Modules are the safest route — no permanent system modification, removable from recovery, and they survive re-flashes better.Send your device model and Android version — the quote is free and the first reply usually lands in under 30 minutes.
t.me/smalipatcher_indo → no ticket system · talk directly to the patcher