In-depth security testing for Android and iOS applications, covering binary analysis, runtime manipulation, local storage, and API security.
Purpose-built attack scenarios for Android, iOS, and the backend APIs your app relies on.
We decompile Android APKs using JADX and Apktool to surface hardcoded API keys, insecure build configurations, and vulnerable third-party SDKs baked into the binary.
Using Frida and Xposed on rooted devices, we instrument the live app to bypass login logic, intercept runtime data flows, and hook sensitive functions mid-execution.
We inspect SharedPreferences, SQLite databases, and external storage for credentials, session tokens, and personal data stored in plaintext or with weak protection.
We probe exported Activities, Services, and BroadcastReceivers for intent spoofing, content provider injection, and insecure inter-process communication paths.
We use Frida scripts and Magisk modules to bypass SSL certificate pinning and intercept encrypted HTTPS traffic for full API traffic inspection.
We identify credentials and PII leaking through logcat output, screenshot caches, clipboard buffers, and unprotected memory regions.
We decrypt iOS IPA binaries and analyse them with class-dump and Hopper to uncover exposed Objective-C and Swift methods, hardcoded secrets, and flawed business logic.
We audit iOS Keychain item attributes to detect tokens and credentials stored with insecure accessibility flags, including data reachable after the device is locked.
On jailbroken devices, we use Frida to hook Objective-C and Swift method calls, bypass biometric authentication, and extract in-memory sensitive data at runtime.
Using SSL Kill Switch and Frida scripts, we bypass certificate pinning to intercept and analyse all HTTPS traffic between the app and its backend.
We examine the app sandbox, plist files, NSUserDefaults, and URL caches for sensitive data written to locations outside the protected Keychain.
We test Face ID and Touch ID implementations for logic weaknesses that allow an attacker to bypass biometric authentication without valid credentials.
Using Burp Suite and mitmproxy, we capture all HTTP and HTTPS traffic from the app to identify insecure endpoints, data leakage, and weak transport-layer controls.
We test JWT token handling, token expiry enforcement, IDOR vulnerabilities, and broken object-level authorisation across all mobile-facing API endpoints.
We assess WebSocket channels for injection and replay attacks, and test deep link handlers for open redirects and unintended data exposure.
We test every API endpoint the app consumes for SQL injection, cross-site scripting, command injection, and improper input handling that could lead to data compromise.
We verify TLS implementation strength, cipher suite selection, and certificate validation logic to confirm protection against man-in-the-middle attacks.
We identify absent rate limits, account enumeration weaknesses, OTP bypass opportunities, and logical flaws in payment and onboarding workflows.
A structured six-phase process built on OWASP MASVS, taking you from initial scoping through to verified remediation.
We map the app's architecture, user roles, data flows, and authentication mechanisms, then build a threat model aligned to OWASP MASVS for the target platform.
We decompile APK and IPA binaries, review deobfuscated source code, and identify hardcoded credentials, insecure build settings, and vulnerable third-party components.
We run the app on real and emulated devices, using Frida, Burp Suite, and custom scripts to perform runtime hooking, certificate pinning bypass, and live logic testing.
We audit on-device storage across SharedPreferences, Keychain, SQLite, and NSUserDefaults, while reviewing cryptographic algorithm selection and key management practices.
We test every backend API endpoint the app consumes for authentication weaknesses, authorisation flaws, injection vulnerabilities, rate-limiting gaps, and sensitive data exposure.
We deliver a CVSS-scored report with proof-of-concept evidence, an executive summary, and full OWASP and CWE mapping. Once you remediate, we re-test every finding at no additional cost.
Financial applications that process payments and handle sensitive account data need rigorous mobile security testing to stay compliant with RBI, PCI-DSS, and DPDP requirements and protect customer trust.
Health apps that store or transmit patient data require security assessments aligned to HIPAA before going live on the App Store or Google Play, and before enterprise rollout.
High-traffic apps where a single vulnerability can expose millions of user accounts. Credential theft, privacy violations, and data leakage at scale cause lasting reputational and legal damage.