mobile application pentesting
We deliver advanced mobile application penetration testing, offering a comprehensive risk assessment across iOS and Android platforms. Our researchers and engineers conduct in-depth testing of local device security, back-end web services, and the APIs that connect them.
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Mobile apps are now core to how businesses and public organizations deliver services, whether in finance, healthcare, or enterprise. But with new vulnerabilities emerging daily, mobile platforms pose increasing security challenges. Is your app truly secure against modern threats?

Vulnerabilities in mobile apps can lead to major issues, including

Data breaches

Data breaches

Financial fraud

Financial fraud

Reputational damage

Reputational damage

What to Expect from Our Mobile Penetration Testing

Comprehensive Coverage for iOS and Android

Our team has deep expertise in mobile security, allowing us to address the unique risks associated with each platform, from reverse engineering iOS applications to detecting Android malware threats. We simulate a wide range of real-world attack vectors, including:

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Insecure local storage
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Stolen/lost device scenarios
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Mobile malware attacks
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Both authenticated and unauthenticated user abuse

We also provide custom enterprise-specific testing scenarios for apps deployed on in-house devices.

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Static, Dynamic, and Source Code Testing

Our methodology integrates:

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Static Analysis

Inspects app binaries for embedded secrets, configuration flaws, and sensitive data exposure.

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Dynamic Analysis

Monitors runtime behavior for vulnerabilities such as API misuse or insecure communications.

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Source Code Review

Reveals hidden or logic-based flaws that may not surface through black-box testing alone.

This holistic approach helps us uncover issues like:

  • Insecure storage of credentials and session tokens
  • Weak encryption implementations
  • Exposed components in Android backups
  • Logic flaws in authentication or session management

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Standard and Jailbroken Device Testing

We test your app on both standard and rooted/jailbroken devices to evaluate risk from all user types, casual users, malicious insiders, and skilled attackers. This provides insight into how your app behaves in real-world compromise scenarios.

PTaaS

Clear, Actionable Reporting

Every assessment includes a professionally structured report tailored to both technical and non-technical audiences:

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Executive Summary

Overall risk posture, key findings, and app strengths/weaknesses

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Risk-Prioritized Vulnerabilities

Sorted by severity and business impact

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Vulnerable Code References

When source code is provided

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Remediation Recommendations

Practical guidance to help your team fix each issue effectively and retest up to 03 months!

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Attack Walkthroughs

Step-by-step PoCs with screenshots

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The Step-by-Step Testing Process We Follow

Well defined and best designed to safeguard your business from potential threats and ensure resilient systems.

App Analysis

App Analysis

Static and Dynamic Testing

Static and Dynamic Testing

Exploitation and Impact Analysis

Exploitation and Impact Analysis

Resilience Resistance

Resilience Resistance

Reporting and Remediation Guidance

Reporting and Remediation Guidance

Our Verified Pentest Credentials

Success Stories – Trusted by the best

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FAQ

The most common mobile app vulnerabilities we uncover during penetration testing include:

  • Improper Platform Usage – Misuse of platform-specific features like Keychain, TouchID, or Android permissions that can lead to unauthorized access or privilege escalation.
  • Insecure Data Storage – Sensitive data (e.g., PII) stored insecurely on the device, which can be accessed if the device is compromised.
  • Insecure Communication – Lack of proper TLS/SSL encryption enables attackers to intercept network traffic, making the app vulnerable to Man-in-the-Middle (MitM) attacks.
  • Insecure Authentication – Weak or offline authentication mechanisms that can be bypassed, allowing unauthorized access.
  • Insufficient Cryptography – Use of outdated algorithms or basic encoding like base64 instead of proper encryption standards.
  • Insecure Authorization – Flaws that allow users to access restricted endpoints, impersonate other users, or elevate privileges.

These vulnerabilities often go undetected by automated tools, which is why manual mobile application penetration testing is critical.

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