Android & iOS security assessments aligned with OWASP MASVS — reverse engineering, runtime instrumentation, certificate pinning bypass, and local storage analysis.
Mobile applications frequently store authentication tokens, PII, and API credentials in insecure local storage — SharedPreferences, Keychain, SQLite, or plain files. They also communicate over APIs that assume the mobile client can be trusted.
Our researchers use the same tools real attackers use: Frida for runtime instrumentation, apktool and jadx for static analysis, Burp Suite with certificate pinning bypass, and custom PoC APKs to demonstrate real-world exploitation.
Insecure data storage — SharedPreferences, SQLite, logs, backups, external storage, Keychain misconfiguration
Weak or hardcoded cryptographic keys, insecure algorithms, broken key management
Authentication flaws, session management, biometric bypass, token insecurity
TLS validation, certificate pinning, cleartext traffic, network security config analysis
IPC vulnerabilities, exported components, deep links, WebView misconfigurations, JavaScript interfaces
Hardcoded credentials, debug flags, obfuscation gaps, third-party SDK risks, binary protections
Two complementary phases that together cover what neither achieves alone.
Common vulnerabilities across real-world Android and iOS engagements.
Firebase, Google Maps, Stripe, and internal API keys embedded in resources or source code — readable by any attacker with the APK.
JWT and session tokens stored in SharedPreferences or unencrypted SQLite — extractable without root on many devices.
android:debuggable=true allows full ADB debugging, runtime code injection, and memory inspection on any USB-connected device.
Activities, Services, or Content Providers exported without proper authorization checks — accessible by other apps on the device.
Dangerous JavaScript interfaces, addJavascriptInterface misuse, or loading arbitrary URLs in WebViews enabling XSS-to-native escalation.
Missing Network Security Config or usesCleartextTraffic=true enabling plaintext HTTP communication — interceptable on local networks.
Every mobile engagement produces a full technical report plus reproducible evidence.
Send us your APK or IPA and we'll scope the engagement within 24 hours.
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