Capabilities

Nine real capabilities, three protection layers

No generic RASP checklist — every capability below maps to an actual module in the Protect native core.

Environment & Threat Detection

Know what your app is actually running on before you trust the session — rooted, virtualized, or a real device.

Detects rooted devices, including Magisk-hidden root, and modified system environments at launch and during the session.

Flags sessions running in an emulator or virtualized environment instead of a real device.

Generates a stable device identity signal to spot repeat abuse across sessions and reinstalls.

Catch instrumentation, live debugging, and modified binaries — the tooling attackers rely on to analyze and patch your app.

Detects Frida, Xposed, and LSPosed instrumentation frameworks used to hook, trace, or manipulate your app's runtime behavior.

Detects an attached debugger so live step-through analysis of your app doesn't go unnoticed.

Guards against runtime memory patching and inspection — a common route around app logic.

Verifies your app hasn't been modified, resigned, or repackaged since you built it.

Lock down the channel between your app and your backend so intercepted traffic and swapped certificates go nowhere.

Pins your backend's certificate so common SSL pinning bypass tools, MITM proxies, and swapped CAs can't intercept traffic.

Detection events and risk metrics are encrypted before they ever leave the device.

Core protection logic runs in native C++, not Java/Kotlin bytecode.

Protection that keeps checking after launch — not a one-time gate that attackers only need to beat once.

Every detection module feeds one unified risk score you can act on in real time.

Detection re-runs periodically through the session, not just once at launch.

Blocks or detects screen capture on sensitive screens to protect on-screen data.

Talk to us about integrating Protect — we'll walk through your app's threat model and scope the integration.