Professional Mobile App Penetration Testing
Identify and exploit vulnerabilities before attackers do. Deep-dive security audits for iOS and Android applications, from binary analysis to API fuzzing.
Securing the Modern App Ecosystem
In today's mobile-first world, applications handle a vast amount of sensitive data—from financial transactions to personal health information. Our mobile app penetration testing services provide a rigorous, 'black-box' security audit of your iOS and Android applications, ensuring they are resilient against modern attack vectors.
We follow the industry-standard OWASP Mobile Application Security Verification Standard (MASVS) to provide a comprehensive assessment of your app's security posture. Our testers don't just use automated scanners; we perform deep manual analysis, reverse engineering the app's binary to find logic flaws and hidden vulnerabilities.
A secure app starts with a secure architecture. Our audits identify weaknesses in data storage, communication protocols, and authentication mechanisms that could be exploited to compromise user data or system integrity.
Our Pentesting Methodology
We utilize a holistic approach that covers every layer of the mobile application stack. Each pentest is tailored to the specific platform and technology used by the app.
1. Static Analysis (SAST): We decompile the app (APK/IPA) and perform deep code analysis. We look for hardcoded secrets, weak cryptographic implementations, and insecure use of system APIs.
2. Dynamic Analysis (DAST): Using tools like Objection and Frida, we hook into the running application to bypass security controls like SSL pinning, root/jailbreak detection, and tamper-proofing.
3. API & Backend Testing: We intercept and analyze the traffic between the app and its backend servers, testing for common web vulnerabilities like IDOR, injection, and broken access control.
4. Forensic Analysis: We inspect how the app stores data on the device, checking for sensitive information left in the local cache, SQLite databases, or logs.
# Bypassing SSL Pinning on Android using Frida and Objection $ objection -g com.target.app explore > android sslpinning disable # Inspecting binary for hardcoded API keys $ strings -n 10 MobileApp | grep -i 'key_'
Common Vulnerabilities We Uncover
Many mobile apps suffer from a 'secure by obscurity' mindset. We uncover the vulnerabilities that automated tools miss, including:
We often find that apps trust the device too much. For example, a banking app might rely on the client-side UI to enforce transaction limits, or an enterprise app might store sensitive tokens in the globally readable 'SharedPreferences' or 'UserDefaults'.
Our team also specializes in bypassing advanced anti-tampering and anti-debugging protections. If your app is designed to be highly secure, we test if those protections actually stop a determined attacker with root access.
- Insecure Data Storage (SQL injection, cleartext logs)
- Weak Communication Security (SSL/TLS misconfigurations)
- Insecure Authentication & Authorization (Session hijacking)
- Improper Platform Usage (Insecure Intents, WebView flaws)
- Code Quality & Binary Hardening issues
- Bypass of jailbreak/root detection and anti-debugging
Actionable Security Reporting
A pentest is only as good as the report it produces. We provide a detailed technical report that categorizes vulnerabilities by severity (using CVSS) and provides clear, actionable remediation steps for your development team.
Our reports include 'Proof of Concept' (PoC) code for each high-severity finding, demonstrating exactly how an attacker could exploit the vulnerability. We also offer re-testing services to verify that your fixes are effective.
Continuous Security for Mobile Apps
Mobile security is not a one-time event. As you release new versions of your app, new vulnerabilities can be introduced. We partner with development teams to integrate security into the entire lifecycle of the application.
Frequently Asked Questions
Other Capabilities
$ Open a secure channel. PGP preferred. Pre-engagement NDA available on request. Ready to proceed?
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