iOS, Android & Hybrid
Native Swift/Kotlin, React Native, Flutter, Xamarin. We test the app regardless of how it was built.
Static, dynamic & runtime analysis
We decompile the binary, intercept live traffic, and test runtime behaviour. Three angles of attack, not just one.
OWASP MASVS Aligned
Tested against the Mobile Application Security Verification Standard. The most recognised mobile security framework.
Mobile Security Matters
Your mobile app handles logins, payments, personal data, things users trust you with. A vulnerability in how the app stores tokens, communicates with your backend, or handles sessions can turn that trust into a breach headline.
Mobile is a different beast from web. The app runs on someone else's device. The binary can be decompiled. Local storage can be read. Traffic can be intercepted with a $0 proxy. Your testers need to think about all of that, not just OWASP Top 10 for web.
If your app touches money, health data, or personal information, it needs more than a scan. It needs someone trying to break it the way a real attacker would on a jailbroken device, with a proxy running, looking at every request.
Our Testing Approach
We follow OWASP MASVS as our framework, but the real testing goes beyond any checklist. We attack the app from three angles: static analysis of the binary, dynamic testing at runtime, and inspection of everything stored on the device.
Static Analysis (SAST)
We decompile your APK or IPA and dig through the code looking for hardcoded API keys, weak crypto implementations, embedded secrets, and logic that shouldn't be in the client. If it's in the binary, we'll find it.
Dynamic Analysis (DAST)
We run the app on real and emulated devices, proxy all traffic, and watch what happens, how it talks to the backend, what data it sends in the clear, and how it behaves when things go wrong (expired tokens, tampered responses, interrupted sessions).
Local Data Storage Testing
We examine everything the app writes to disk. SQLite databases, SharedPreferences/NSUserDefaults, the Keychain/Keystore, cache directories, logs, and temp files. If your app stores a token, password, or PII locally, we check whether it's encrypted and how.
Key Security Areas
Platform-Specific Testing
iOS Security Testing
iOS has strong built-in security. Keychain, ATS, code signing, but misconfiguration and misuse are common. We test how your app actually uses these mechanisms, not just whether they exist.
Android Security Testing
Android's open ecosystem and component-based architecture create unique attack surfaces. Exported activities, unprotected content providers, insecure WebViews, and weak root detection. We test all of it.
What You Receive
Detailed Security Report
Every vulnerability documented with screenshots, device/OS details, reproduction steps, and severity ratings. Organized so your mobile dev team can start fixing without a walkthrough call.
Binary Analysis Report
Results from decompiling and reviewing the app binary. Hardcoded secrets, embedded API keys, insecure crypto usage, and any sensitive logic exposed in the client.
Remediation Guide
iOS and Android-specific fix guidance with code examples on how to properly implement Keychain storage, certificate pinning, biometric auth, and other platform security features
Executive Summary
A plain-English overview for stakeholders. What was tested, what's at risk, and what to prioritise. Written for people who need to make budget decisions, not read exploit code.
Mobile App Vulnerabilities Are Costly
Most mobile apps ship with at least a few security issues. Insecure storage, weak certificate handling, or hardcoded keys hiding in the binary. The question isn't whether vulnerabilities exist. It's whether you find them before someone else does.
Your app is on millions of devices. Make sure it's not leaking data from every one of them.
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Why Choose XParth?
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