IDENTX PVT LTD © 2025
All rights reserved.
Apps that feed fake GPS coordinates via Android’s developer tools, letting users spoof their reported position.
Rooted phones with hooking frameworks can intercept and alter system calls to hide spoofing.
Runtime hooks suppress system markers (like isMock) so apps can’t tell a location is faked.
Spoofing modules generate slightly varied coordinates to mimic organic movement and avoid simple detection.
Location data is the foundation of trust for apps and platforms — but spoofing turns it into a weapon for fraud. From ride-hailing to gaming and fintech, fake coordinates fuel abuse, drain revenue, and erode user safety. To stay ahead, businesses need location intelligence that can’t be tricked.
Fake locations drive bonus abuse, order hoarding, and payment fraud.
Spoofed positions destroy fairness in marketplaces, dating, and gig apps.
Fintech & gaming platforms face penalties if users spoof jurisdiction.
Every spoofed coordinate quietly drains revenue and trust.
To solve this, we built IdentX Sentinel SDK, a proprietary location intelligence engine designed on a zero-trust principle. It assumes that the Android framework may already be compromised and works beyond it.
The SDK is engineered to detect spoofing performed via runtime hooking frameworks by analyzing environmental behaviors and performing integrity checks that hooking frameworks cannot intercept.
However, key differentiator is this:IdentX Sentinel not only flags the fake coordinates but is also uniquely capable to work within the compromised software layers to report the device’s true geolocation.
By bypassing the compromised OS framework and leveraging our proprietary technology, IdentX Sentinel SDK reconstructs the original device position. This capability is the world’s first solution to both detect and actively defeat framework-level location spoofing to retrieve the authentic device position.
Start uncovering hidden threats in your mobile traffic today. Integrate IdentX Risk Signals to enrich your decisioning, reduce fraud, and improve user trust — all with minimal friction.