Penetration Testing
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Reconnaissance
Our security experts begin every mobile app penetration test with a meticulous reconnaissance phase, designed to uncover details about your app’s architecture, infrastructure, and any external dependencies. By actively probing for open ports, running services, and configuration details, we build a comprehensive map of your mobile environment.
This valuable insight allows us to:
- Identify potential vectors of attack before they can be exploited.
- Collect data on backend APIs, cloud environments, and third-party services.
- Pinpoint insecure or outdated services that could serve as entry points for malicious actors.
Static and Dynamic Analysis
Our team employs both static and dynamic analysis techniques to thoroughly evaluate your mobile application’s code and runtime behavior.
Static Analysis
We examine the application’s source code and decompiled resources (where applicable) to detect issues such as hardcoded secrets, insecure storage, or other coding pitfalls that could be abused.
This process may include:
- Reviewing source code for common vulnerabilities.
- Checking for insecure libraries or frameworks.
- Ensuring sensitive data is not exposed within the code itself.
Dynamic Analysis
While your application runs, we monitor its behavior in real-time to catch any weaknesses or anomalies.
This helps us see how your app responds to simulated attacks and pinpoint vulnerabilities that only surface during execution, such as:
- Faulty session management or token handling.
- Memory leaks and unintended data exposure.
- Errors in encryption or communication protocols.
Reverse Engineering
Reverse engineering is a critical step in understanding how your mobile application’s internal logic and security controls can be manipulated. By dissecting the app’s binaries or APK/IPA files, our testers gain insight into authentication flows, API calls, and data handling processes.
This approach allows us to:
- Identify weak obfuscation methods: Weak or non-existent code obfuscation can reveal business logic or proprietary algorithms.
- Evaluate encryption strategies: Poor key management or encryption implementations can be quickly exposed.
- Pinpoint tampering risks: Potential points where attackers might inject malicious code or modify app functionality.
Intercepting & Analyzing Network Traffic
Mobile applications often rely on complex interactions with servers and third-party services. We utilize advanced interception tools and techniques to analyze network traffic, ensuring that data remains secure in transit.
Throughout this phase, our focus is on spotting:
- Security misconfigurations: Detecting missing or flawed SSL/TLS implementations, insecure headers, or improper certificate validation.
- API vulnerabilities: Identifying endpoints that may be susceptible to parameter tampering, injection attacks, or inadequate authentication.
- Data exposure risks: Monitoring how sensitive user data—like personal information or session tokens—is passed between the client and server.
Password Cracking
Password security remains one of the most important aspects of any application’s defense. We conduct rigorous password cracking tests to verify that your authentication mechanisms are resilient against brute-force or dictionary attacks.
Our methods help:
- Reveal the effectiveness of lockout policies and rate-limiting configurations.
- Ensure users’ credentials are stored and transmitted using industry-standard encryption.
- Provide actionable recommendations on enforcing stronger password hygiene and best practices for both users and system administrators.