Mobile applications are now a core part of how businesses operate, and a major target for attackers. A single flaw in how your app handles authentication, data, or API communication can expose users and your company to serious risk.
Our Mobile Application Penetration Testing service focuses on finding and understanding these weaknesses before attackers do. We assess both Android and iOS applications, analyzing how they store data, communicate with back-end services, and protect user sessions. Our approach follows the OWASP MASVS framework and combines automated analysis with deep manual testing for realistic and accurate results.
Application Reconnaissance
Static Analysis
Dynamic Analysis
Authentication Testing
Data Storage Assessment
API & Backend Testing
Reverse Engineering
Tampering & Debugging
Define objectives, in-scope apps, exclusions, testing mode (blackbox or greybox), credentials, test windows, and approvals.
Inspect app binaries and source code for insecure configurations, hardcoded secrets, unsafe permissions, and outdated third-party libraries.
Run the app on instrumented devices and emulators, intercept traffic, test TLS, certificate pinning, input validation, and error handling. Assess runtime protections and identify real-world attack vectors.
Deliver a detailed report with executive summary, scope, methodology, prioritized findings, PoCs, business impact, risk ratings, and actionable remediation steps. Present results during a restitution meeting.
Ensure all identified vulnerabilities have been fixed without introducing new ones.
Mobile apps are directly exposed to users and attackers. They handle sensitive data, credentials, and logic that can be abused if improperly secured. This assessment uncovers hidden flaws, from weak API protections to local data exposure, that automated scans or internal QA often miss.
The assessment covers Android and iOS applications, including both client-side and server-side components. We test the mobile app binary, local data storage, authentication and session handling, API communication, encryption mechanisms, and backend interactions.
Timelines depend on scope and complexity:
All testing is safe and non-destructive. When performed on production environments, testing windows are coordinated to minimize impact. Potentially disruptive actions are executed only after agreement.
