
Secureroot's mobile app penetration testing services help fintech, healthcare, and consumer app builders find security weaknesses in iOS and Android applications. OWASP MASVS aligned. Static + dynamic + runtime testing by ISO 27001 certified consultants. Trusted by MoJ Kuwait and India's leading enterprises.

















Mobile app penetration testing is a structured security exercise where certified ethical hackers test your iOS or Android application – the app binary itself, the backend APIs it talks to, the network communications between them, and the runtime behavior on a real device – to find vulnerabilities before real attackers do. It’s different from web app testing because mobile apps face threats web apps never see: device-level attacks, app store integrity issues, runtime tampering, and offline data exposure.
We test mobile apps across three distinct layers. (1) Static analysis: decompiling the APK or IPA file to review source code, hardcoded secrets, weak cryptography, and obfuscation effectiveness. (2) Dynamic analysis: running the app on real devices to test authentication flows, session handling, deep links, and runtime behavior. (3) Network analysis: man-in-the-middle attacks, certificate pinning bypass, API security, and SSL/TLS configuration. Coverage maps to OWASP Mobile Top 10 and OWASP MASVS (Mobile Application Security Verification Standard).
If your business depends on a mobile app – fintech payments, healthcare records, e-commerce checkout, telemedicine, or consumer services – you’re handling user data on devices you don’t control. Indian regulators (RBI’s Digital Lending Guidelines, IRDAI, DPDP Act 2023) require demonstrable security testing. Apple App Store and Google Play Store reject apps with security flaws during review. And one breach can compromise thousands of users at once. Mobile app pen testing isn’t optional – it’s how serious app builders prove they protect user trust.


We follow OWASP MASVS, OWASP MSTG, and NIST SP 800-163 frameworks. Every mobile engagement runs through these five steps – covering iOS and Android.

We decompile the APK/IPA, review the source code, identify hardcoded secrets, weak cryptography, insecure storage, and obfuscation gaps using MobSF and manual review.

We install the app on real iOS and Android devices, test authentication flows, deep links, biometric integration, session handling, and runtime behavior using Frida and Objection.

We intercept all API traffic using Burp Suite Mobile, test certificate pinning, SSL/TLS configuration, API authentication, and run MITM (man-in-the-middle) attacks.

We test root/jailbreak detection bypass, runtime tampering (method swizzling, Frida hooks), local data exposure on jailbroken devices, and IPC vulnerabilities.

Every finding documented with reproduction steps, CVSS scoring, business impact, and remediation guidance. Free retest after your team patches – engagement only closes when fixes are verified.

Once your team patches the findings, we verify the fixes at no extra cost. Engagement only closes when everything’s actually fixed.

Click any area to expand. Every engagement covers all 8 categories across iOS and Android — scope depth varies based on your app’s complexity.
We test how your app stores sensitive data on the device. On Android: SharedPreferences, internal/external storage, SQLite databases, KeyStore implementation, and backup configurations. On iOS: NSUserDefaults, plist files, Keychain implementation, Core Data, and iCloud sync settings. Common findings include credentials stored in plaintext, API tokens in shared preferences, PII in unencrypted databases, and sensitive screenshots cached in app switcher. Maps to OWASP Mobile Top 10 M2.
We test biometric authentication implementation (TouchID, FaceID, fingerprint), JWT token handling, refresh token rotation, session timeout policies, account lockout, multi-factor authentication flows, OAuth/OIDC integration, and password reset security. Critical for fintech and healthcare apps where authentication failures can expose financial or medical data. Maps to OWASP Mobile Top 10 M4.
We test all API traffic between mobile app and backend: SSL/TLS configuration, certificate pinning implementation, cipher suite strength, plaintext HTTP fallback, certificate validation in code, and proxy bypass detection. We perform MITM (man-in-the-middle) attacks to verify pinning is unbypassable. We test API authentication, authorization, and rate limiting. Maps to OWASP Mobile Top 10 M3.
We attempt to reverse engineer your app - decompiling APK/IPA, reading exposed strings, identifying obfuscation gaps, and extracting hardcoded secrets, API keys, and encryption keys. We test ProGuard/R8 effectiveness on Android, and Swift Shield or symbol stripping on iOS. We verify your app detects tampering, root/jailbreak status, and emulator/simulator environments. Maps to OWASP Mobile Top 10 M8 and M9.
We audit cryptographic implementations: weak algorithms (MD5, SHA1, DES, RC4), hardcoded encryption keys, weak random number generation, improper IV handling, ECB mode misuse, and homegrown crypto. We verify proper use of platform crypto libraries (Common Crypto on iOS, javax.crypto on Android). Common findings include keys derived from app constants, ECB-encrypted PII, and reused IVs in CBC mode. Maps to OWASP Mobile Top 10 M5.
We test exposed Android components (activities, services, broadcast receivers, content providers) for unintended external access. We test iOS URL scheme handling, universal links, and inter-app communication. We check permission requests for over-privileged declarations, and verify proper use of platform security features (App Transport Security on iOS, Network Security Configuration on Android). Maps to OWASP Mobile Top 10 M1.
We test deep link implementation for security flaws: parameter manipulation that bypasses authentication, URL scheme hijacking allowing malicious apps to intercept sensitive data, intent filter misconfigurations on Android, and Universal Link verification gaps on iOS. Common findings include deep links that grant access to authenticated screens without re-authentication, or expose sensitive parameters in URLs that can be intercepted by other apps.
Beyond device-level testing, we verify the backend logic that mobile apps depend on: API rate limiting, mass assignment vulnerabilities, IDOR through API parameters, race conditions in payment flows, time-of-check vs time-of-use, and authorization bypass via direct API calls bypassing the app UI. Many mobile breaches happen because attackers don't use the app — they call the backend APIs directly. Maps to OWASP Mobile Top 10 M7.








M2i Consulting
SecureRoot's expertise in banking technology cybersecurity was crucial for our Varta platform's success. Their comprehensive VAPT assessment and BFSI compliance framework enabled us to secure communications for India's largest banks while maintaining the performance that drives 3x revenue uplift for our clients. Their security solutions directly contributed to our market leadership in customer communication management.
FCI CCM
SecureRoot demonstrated exceptional expertise in government digital services cybersecurity. Their comprehensive security assessment of our Sahl platform and electronic judicial systems exceeded our national security expectations. We now operate the most secure government digital services in the region, ensuring complete protection for citizen data and legal proceedings.
Ministry of Justice, Kuwait
SecureRoot's specialized healthcare cybersecurity expertise transformed our operations management platform security. Their comprehensive VAPT assessment and HIPAA compliance framework enabled us to deliver secure, efficient healthcare solutions while protecting sensitive patient data. We now provide our healthcare partners with industry-leading security alongside operational excellence.
HOM India Pvt Ltd

Straight answers, no marketing speak. If you don’t see your question here, just ask – info@secureroot.co.
Mobile app penetration testing is a structured cybersecurity exercise where certified ethical hackers test your iOS or Android application across three layers: static analysis (decompiling code to find hardcoded secrets and weak crypto), dynamic analysis (running the app on real devices to test authentication and runtime behavior), and network analysis (intercepting API traffic to test certificate pinning and SSL/TLS). Coverage maps to OWASP Mobile Top 10 and OWASP MASVS. The output is an audit-grade report with reproduction steps and remediation guidance.
Mobile app penetration testing in India typically costs between ₹60,000 and ₹6,00,000 depending on app complexity, platforms (iOS only, Android only, or both), and depth. A single-platform consumer app with limited features starts around ₹60,000-1,50,000. Dual-platform fintech or healthcare apps run ₹1,50,000-4,00,000. Audit-grade engagements for SOC 2, ISO 27001, or BFSI compliance reach ₹4,00,000-6,00,000. Secureroot provides transparent fixed-price quoting after a free 30-minute scoping call.
Yes, every Secureroot mobile app pen testing engagement covers both iOS and Android by default. Each platform requires distinct testing methodologies: iOS uses Swift/Objective-C with platform features like Keychain, ATS, and TouchID/FaceID; Android uses Java/Kotlin with Intent system, Shared Preferences, and Strong Box. Our consultants are certified on both platforms. You can scope a single-platform engagement if your app is iOS-only or Android-only - pricing adjusts accordingly.
Most mobile app penetration testing engagements complete in 2-4 weeks. A single-platform consumer app takes 1-2 weeks. Dual-platform fintech or healthcare apps run 2-3 weeks. Complex apps with backend API testing, payment integration, and biometric flows take 3-4 weeks. Source code review adds 1-2 weeks. Free retest after remediation typically adds 3-5 business days. We provide clear timeline commitments in every engagement scope document.
Yes, every Secureroot mobile app pen testing engagement covers all OWASP Mobile Top 10 categories: improper platform usage, insecure data storage, insecure communication, insecure authentication, insufficient cryptography, insecure authorization, client code quality, code tampering, reverse engineering, and extraneous functionality. We also test against OWASP MASVS (Mobile Application Security Verification Standard) for comprehensive coverage. For regulated apps, we map findings to RBI, IRDAI, or DPDP Act requirements.
Source code is helpful but not required for mobile app pen testing. Black-box testing (without source code) uses decompiled APK/IPA files and runtime analysis — this is closer to how real attackers operate. Whitebox testing (with source code) finds more vulnerabilities faster, especially business logic flaws and complex authorization issues. For SOC 2 Type II, ISO 27001, or BFSI compliance, we recommend whitebox or grey-box testing for comprehensive coverage. We accept source code under NDA with secure transfer protocols.
Yes, pre-submission mobile app pen testing is one of our most-requested engagements. We test your release candidate (APK or IPA) before you submit to Google Play Store or Apple App Store, identify security issues that could cause store rejection, and provide remediation guidance. This prevents the 2-4 week resubmission delays that can derail launch timelines. We typically complete pre-submission engagements in 1-2 weeks. For urgent pre-launch testing, we offer fast-track scoping.
Three ways to start: (1) Book a free 30-minute mobile scoping call — our senior consultants review your app architecture, identify priority testing areas, and recommend the right engagement tier. No obligation. (2) Email info@secureroot.co with app details (platform, tech stack, target users, compliance requirements, timeline) and we'll respond within one business day. (3) Call +91 73071 48874 during business hours. For urgent App Store submission or compliance windows, we accommodate fast-track scoping.
No obligation. Our senior consultants will walk through your environment and share where the gaps are. Whether you work with us or not.

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SecureRoot's deep understanding of microfinance and financial inclusion cybersecurity challenges was transformational for our operations. Their comprehensive VAPT assessment and ESG compliance framework enabled us to secure our technology solutions while maintaining the efficiency our clients depend on. We now confidently serve major multilateral agencies with enterprise-grade data protection.