Multi-layered app protection.
Native-C++ RASP policies detect, decide, and respond the instant an attack signature appears — on-device, in milliseconds.
- Blocks tampering, hooking, and MITM
- Detects rooted, jailbroken, and emulated devices
- Zero-latency response, no performance tax
Android SDK · Native C++ core · No public self-serve pricing
Recent security events
- high
Frida hook attempt
Banking app · Android · v3.2.1
- high
Debugger attached
Payments app · iOS · v2.14.0
- medium
Root device detected
Retail app · Android · v4.8.2
- high
SSL pin bypass attempt
Banking app · Android · v3.2.1
Built for teams protecting Android apps in production
Four layers of runtime protection
No single check is enough on its own. Each layer below maps to real modules 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.
Root & Jailbreak Detection
Detects rooted devices, including Magisk-hidden root, and modified system environments at launch and during the session.
VM & Emulator Detection
Flags sessions running in an emulator or virtualized environment instead of a real device.
Device Fingerprinting
Generates a stable device identity signal to spot repeat abuse across sessions and reinstalls.
Tamper & Debug Protection
Catch instrumentation, live debugging, and modified binaries — the tooling attackers rely on to analyze and patch your app.
Anti-Hooking (Frida / Xposed)
Detects Frida, Xposed, and LSPosed instrumentation frameworks used to hook, trace, or manipulate your app's runtime behavior.
Anti-Debugging
Detects an attached debugger so live step-through analysis of your app doesn't go unnoticed.
Memory Protection
Guards against runtime memory patching and inspection — a common route around app logic.
Tamper Detection & Integrity Attestation
Verifies your app hasn't been modified, resigned, or repackaged since you built it.
Secure Communication
Lock down the channel between your app and your backend so intercepted traffic and swapped certificates go nowhere.
SSL / Certificate Pinning
Pins your backend's certificate so common SSL pinning bypass tools, MITM proxies, and swapped CAs can't intercept traffic.
Encrypted Telemetry
Detection events and risk metrics are encrypted before they ever leave the device.
Hardened Native Core
Core protection logic runs in native C++, not Java/Kotlin bytecode.
Continuous Runtime Defense
Protection that keeps checking after launch — not a one-time gate that attackers only need to beat once.
Runtime Risk Scoring
Every detection module feeds one unified risk score you can act on in real time.
Background Watchdog & Re-Verification
Detection re-runs periodically through the session, not just once at launch.
Screenshot & Screen-Recording Prevention
Blocks or detects screen capture on sensitive screens to protect on-screen data.
Every signal, backed by a real product surface
Not just detection modules — a policy engine, live session monitoring, and per-device risk scoring your team can actually configure.
Tamper-Proof Device Fingerprinting
The moment credentials are submitted, Protect resolves a stable device ID and flags it if that device is cloning apps or spoofing a new identity.
Frictionless Session Trust
Skip repeated re-checks for devices your policy already trusts — security without repeated friction.
Checking device…
Matching against trusted policy
Configurable Detection Policy
Tune the sensitivity of every signal — root, hooking, emulators, debuggers — to match your risk tolerance per app.
Session & Transaction Screening
Attach a device risk score to signup, login, and payment events, with full session context behind every decision.
Device Age
2 Days
Device Last Seen
1 Hour Ago
Device Brand
Xiaomi
Same Device Used By
4 Users
Real-Time Session Monitoring
Watch device signals continuously through the session, not just once at launch, and flag the moment risk changes.
- 9:3285highRootedVPN
- 9:3022lowVPN
- 9:1891highEmulator
- 8:0745medium
Detection Policy Engine
Write conditional rules that combine multiple signals before deciding to allow, flag, or block a session.
Policy configuration
A hardened native core, not a Java wrapper
Detection and cryptographic logic run in native C++ — meaningfully harder to decompile and reverse-engineer than JVM bytecode.
Shield a build in minutes, not a sprint
Configure policy, upload your signed APK, get a protected build back. Teams that want native SDK-level control can integrate directly instead — talk to us about what fits your app.
Configure your detection & pinning policy
Set root/VM detection, anti-hooking, anti-debugging, and memory-protection modes independently, and generate your SSL pin set — all from the Protect portal.
Upload your signed build
Upload your already-built, already-signed APK or AAB. SecureLint Protect shields it against your configured policy and hands back a protected build ready to distribute — no separate SDK integration required for most teams.
Monitor the live dashboard
Track detection events, device risk scores, and top threats as they happen. Detections keep re-running through the session via the background watchdog, not just at launch.
- Processing
Signed APK uploaded
app-release.apk · v2.14.0
- Queued
Detection policy applied
12 modules configured
- Queued
Protect core injected
Native C++ layer
- Queued
Build re-signed
42 MB · zipaligned
- Queued
Protected build ready
Ready to distribute
Built for high-risk industries
The same core protections, applied to the threats that matter most in your industry.
Fintech & Banking
Protect account access, payment flows, and transaction data from compromised devices.
Gaming
Stop cheat injection, hooked clients, and repackaged builds from undermining fair play.
Healthcare
Keep patient data and clinical workflows off compromised or monitored devices.
Government & Public Sector
Harden citizen-facing and internal apps against tampering and unauthorized instrumentation.
Retail & E-Commerce
Defend checkout flows and account APIs from automated abuse via cloned or hooked clients.
Media & Streaming
Reduce content piracy from screen recording and tampered playback clients.
Certifications & compliance
Badges below are placeholders until certifications are finalized — nothing here is claimed until it's real.
What security teams say
“The SecureLint team demonstrated exceptional professionalism and reliability, consistently meeting deadlines while exceeding expectations. They even expanded the project scope to tackle unforeseen challenges — without any obligation — showcasing their commitment and integrity. A dependable partner we truly value.”
Pratap Chandana
Co-Founder & Head of Tech, Aurm
Common questions
What platforms does Protect support?+
SecureLint Protect secures Android apps. The native protection core is written in C++. Most teams use the Protect portal to configure a policy and upload an already-built, signed APK or AAB for shielding — teams that want SDK-level control can integrate directly instead.
Does Protect require code changes to my app?+
Not for the standard path — you configure your detection and pinning policy in the portal, then upload your existing signed build to be shielded. Direct SDK integration is available for teams that want native-level control instead.
How is 'anti-scraping' different from a web bot-mitigation product?+
SecureLint Protect secures the mobile client itself. Most automated abuse of a mobile app's APIs happens through a hooked, instrumented, or cloned copy of the app — not a browser. Protect detects that client-side tampering directly (anti-hooking, device fingerprinting, risk scoring) rather than trying to fingerprint web traffic.
Does detection run only at app launch?+
No. A background watchdog re-runs key detections periodically through the session, so environments that become compromised after launch — a hook attached mid-session, for example — still get caught.
Ready to harden your Android app?
Talk to us about integrating Protect — we'll walk through your app's threat model and scope the integration.