Secure your mobile app against vulnerabilities, insecure data storage, weak authentication, and network exploits.
Mobile App Pentesting
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Mobile Application Penetration Testing is a controlled cybersecurity assessment where security professionals simulate real-world attacks against Android and iOS applications to identify vulnerabilities before attackers exploit them.
It evaluates how securely the mobile app handles data, authentication, communication, storage, and backend interactions.
We conduct deep manual mobile penetration testing to uncover critical security weaknesses across data storage, authentication, transport security, and business logic layers.
Identify broken login flows, insecure session handling, and authorization bypass issues that could expose sensitive user accounts.
Evaluate SSL pinning, API encryption, and network traffic to detect data leakage or man-in-the-middle vulnerabilities.
Inspect local storage, logs, cache, and backup files to ensure sensitive data is never exposed on the device.
Analyze APK/IPA binaries for hardcoded secrets, weak obfuscation, and opportunities for malicious code modification.
Detect flaws that allow privilege escalation, payment bypass, or unauthorized feature access beyond technical vulnerabilities.
Ensure testing aligns with industry frameworks including OWASP, PTES, and NIST mobile security standards.
We begin by understanding application architecture, APIs, and business logic to define a precise testing scope aligned with OWASP Mobile standards.
Our penetration testing services evaluate real-world attack surfaces, uncover critical vulnerabilities, and validate security across applications, infrastructure, APIs, and cloud environments.
Comprehensive testing against OWASP Mobile Application Security Verification Standard (MASVS) guidelines.
Identify broken authentication, insecure session management, and weak login mechanisms.
Detect sensitive data stored insecurely on device, including files, logs, and cache.
Test encrypted communication, API endpoints, SSL pinning, and man-in-the-middle (MITM) resilience.
Analyze fingerprint, face ID, and device-level security implementations for bypass risks.
Assess protection against app decompilation, code tampering, and repackaging threats.
Perform dynamic testing for runtime issues, debugging exposure, and memory leaks.
Evaluate app behavior under rooted/jailbroken environments and OS-level exploit attempts.
Check for plaintext transmission of credentials, tokens, or sensitive data.
Audit third-party SDKs and libraries for vulnerabilities, excessive permissions, or unsafe data handling.
