Find My Security Gaps →
Find My Security Gaps →
Your App Binary Is In The Attacker's Hands. Make It Useless To Them.
Mobile Application Penetration Testing is the process of finding security vulnerabilities in your iOS and Android applications — the app binary itself, how it stores data, how it communicates with backend servers, and whether it can be tampered with.
India has over 80 crore smartphone users. For most Indian businesses today — from UPI payment apps to food delivery and healthcare — the mobile app IS the business. It is where sensitive data lives.
Mobile apps face unique challenges: the binary is literally in the attacker's hands. They can decompile it, reverse-engineer it, and extract every API key, encryption routine, and business rule embedded in the code.
We have tested mobile apps for Indian companies where the entire Aadhaar number was stored in plain text in local storage. Where API keys for payment gateways were hardcoded in the app binary. Where the entire authentication could be bypassed by modifying one local file.
These are real findings from real Indian mobile applications. A compromised mobile app does not just affect one user — it affects every user who has the app installed. With millions of Indian users on your app, a single vulnerability can expose the data of lakhs of people.
Every Mobile Application Penetration Testing engagement with Verentix delivers concrete, actionable outcomes:
Verentix mobile testing goes to the binary level. We decompile your app. We reverse-engineer your business logic. We hook into runtime functions with Frida. We test on jailbroken and rooted devices.
For Indian apps, we pay special attention to UPI payment flows, Aadhaar data handling, and local data storage for sensitive financial information. We know the specific regulatory requirements from RBI for mobile banking apps.
For each vulnerability, we provide platform-specific remediation — not generic advice like 'encrypt your data' but specific guidance like 'use Android Keystore with AES-256-GCM for this data field' or 'implement SSL pinning using TrustKit with these specific certificates.'
Static Analysis (Day 1-3): Decompile binary, analyse source code, check for hardcoded credentials, API keys, encryption keys, and sensitive strings.
A digital payments company in Bengaluru found their Android app stored UPI PINs in SharedPreferences with basic Base64 encoding — not actual encryption. This affected 12 lakh active users. Our remediation guidance specified the exact Android Keystore implementation to fix this.
An ed-tech platform in Delhi found their premium content DRM could be bypassed by modifying a single boolean value in the app binary. Piracy losses were estimated at ₹25 lakh per month.
A healthcare app in Mumbai was storing patient medical records in an unencrypted SQLite database on the device. Combined with a missing root detection check, this meant any rooted device could extract complete medical records for all patients the doctor had accessed.
30-minute free consultation. No obligation. Honest assessment of whether this service is right for your business.