Static and dynamic analysis of iOS and Android applications against OWASP Mobile Top 10 and platform security guidelines — ensuring your mobile products can be trusted by users and regulators alike.
Mobile applications handle some of your most sensitive data — payments, personal information, location, and credentials. Yet most apps ship with critical vulnerabilities that attackers can exploit. SECUROBE provides comprehensive security assessments for iOS and Android apps, identifying risks before they reach the app store and your users.
Deep binary analysis, runtime manipulation, and traffic interception for iOS apps — including IPA inspection, bypassing certificate pinning, and analyzing encrypted traffic.
APK decompilation, bytecode analysis, runtime manipulation, and traffic inspection for Android apps across all API levels.
Source code and binary analysis to identify insecure coding patterns, hardcoded secrets, and logic flaws without executing the application.
Runtime testing of live applications to identify vulnerabilities that only manifest during execution — including authentication flaws and runtime logic issues.
Assess how your app stores sensitive data — locally, in backups, and in transit — ensuring proper encryption and key management.
Comprehensive testing of backend APIs that power your mobile app — including authentication, authorization, and business logic flaws.
Your users trust you with their data — regardless of platform. We provide comprehensive security assessments for both iOS and Android applications, using platform-specific tools and techniques to uncover vulnerabilities unique to each ecosystem.
Automated scanners miss context. Manual testing alone is slow. We combine SAST and DAST with expert manual review — giving you complete coverage of your mobile attack surface without false positives or missed vulnerabilities.
Mobile apps store sensitive data everywhere — local databases, shared preferences, keychains, and backups. We inspect every storage mechanism to ensure that credentials, PII, and payment information are properly encrypted and inaccessible to attackers.
Every assessment maps findings to the OWASP Mobile categories below — so remediation and compliance conversations stay aligned with industry language.
| # | Category | What We Test |
|---|---|---|
| M1 | Improper Platform Usage | Misuse of platform features, security controls, or OS APIs |
| M2 | Insecure Data Storage | Local storage, keychain/keystore, backups, logs |
| M3 | Insecure Communication | Weak TLS, certificate validation, sensitive data in transit |
| M4 | Insecure Authentication | Biometric bypass, session handling, credential storage |
| M5 | Insufficient Cryptography | Weak algorithms, hardcoded keys, improper implementation |
| M6 | Insecure Authorization | Privilege escalation, IDOR, role bypass |
| M7 | Client Code Quality | Buffer overflows, memory corruption, input validation |
| M8 | Code Tampering | Binary patching, runtime modification, repackaging |
| M9 | Reverse Engineering | Obfuscation bypass, sensitive logic exposure |
| M10 | Extraneous Functionality | Hidden backdoors, debug code, test endpoints |
App store intelligence, API mapping, technology identification
Binary decompilation, source code review, configuration inspection
Runtime testing, traffic interception, memory inspection
Backend API assessment, authentication, business logic
iOS/Android vectors — intents, deep links, permissions
Prioritized findings with proof-of-concept and fix guidance
API keys, tokens, and credentials embedded in binary or configuration files.
Sensitive data stored unencrypted in local databases, shared preferences, or plists.
Apps that accept any SSL certificate — vulnerable to MITM attacks.
Security controls that fail when device security boundaries are broken.
Local authentication (biometric/PIN) bypass vulnerabilities.
Credentials or PII exposed in iOS or Android device backups.
JavaScript bridges, file access, or cleartext traffic in embedded WebViews.
Unvalidated deep links leading to unauthorized actions or data exposure.
| Test Area | Techniques |
|---|---|
| IPA Analysis | Binary inspection, entitlements review, Info.plist analysis |
| Runtime Manipulation | Frida, Objection, Cycript for method swizzling |
| Keychain Security | Data persistence, access control, deletion behaviour |
| Network Security | Certificate pinning bypass, proxy configuration |
| Data Protection | NSFileProtection analysis, backup encryption |
| App Transport Security | ATS configuration review |
| Test Area | Techniques |
|---|---|
| APK Analysis | Decompilation (jadx, apktool), manifest review |
| Runtime Manipulation | Frida, Xposed, Objection for hooking |
| Storage Inspection | SharedPrefs, SQLite, internal/external storage |
| Component Testing | Activities, services, receivers, content providers |
| Permission Analysis | Dangerous permissions, signature permissions |
| Network Security | Certificate pinning testing, proxy configuration |
| Framework | Platform | Testing Approach |
|---|---|---|
| React Native | iOS & Android | JS bundle analysis, native module review |
| Flutter | iOS & Android | Dart code inspection, platform channel testing |
| Xamarin / MAUI | iOS & Android | .NET assembly analysis, P/Invoke review |
| Cordova / PhoneGap | iOS & Android | WebView security, plugin vulnerability assessment |
| Ionic / Capacitor | iOS & Android | WebView hardening, native bridge testing |
| Kotlin Multiplatform | iOS & Android | Shared code review, platform-specific testing |
| SwiftUI / UIKit | iOS | Native iOS security assessment |
| Kotlin / Java | Android | Native Android security assessment |
| Standard | Mobile Requirements |
|---|---|
| PCI DSS | No storage of CVV, secure transmission, cardholder data protection |
| HIPAA | PHI encryption at rest & in transit, access controls, audit logging |
| GDPR | User consent, data minimization, right to erasure |
| SOC 2 | Security, availability, confidentiality trust principles |
| ISO 27001 | Annex A control implementation for mobile |
| mHealth (FDA) | Medical mobile app security requirements |
Our team holds iOS and Android security certifications — not just general pentesting credentials.
We work with source code or compiled binaries. No source? No problem.
Automated scanners miss business logic flaws. We find what machines can't.
We don't just report vulnerabilities — we demonstrate exploitability with proof-of-concept.
Every finding includes code-level fix guidance, not just generic recommendations.
We help integrate security testing into your mobile CI/CD pipeline for continuous assurance.
Mobile banking, payment apps, trading platforms
Patient portals, telemedicine, health tracking
Shopping apps, loyalty programs, checkout flows
In-app purchases, user authentication, leaderboards
Ride-hailing, fleet management, booking apps
Messaging, content sharing, user profiles
BYOD apps, internal tools, workforce management
Citizen services, identity verification, secure messaging
Overall security posture rating, critical findings summary, risk appetite alignment, recommended timeline.
Finding title & ID, CVSS v3.1 score & vector, OWASP Mobile category, description, impact, PoC, remediation.
Testing methodology, tools used, environment details, retest policy.
Don't discover vulnerabilities after your app is in users' hands — or worse, after a breach. Get a comprehensive mobile security assessment before launch and every release thereafter.
