Mobile Application Penetration Testing Against OWASP MASVS: What to Actually Expect

RedPick's AI-agentic penetration testing covers Android and iOS mobile applications end-to-end - from static analysis of the app package itself through to its API backend - testing against the vulnerability categories that OWASP MASVS defines as the baseline for mobile application security.

If you're evaluating a mobile pentest for the first time, or comparing vendors, one of the first questions worth asking is: what framework does the test actually follow? OWASP MASVS (Mobile Application Security Verification Standard) is the de facto answer for mobile. It defines what a secure mobile application should do, and a credible pentest measures your app against those requirements. This article walks through what that means in practice, what gets tested, and how modern AI-agentic testing fits into the picture.

What OWASP MASVS Actually Covers

MASVS is not a list of CVEs. It is a structured set of security requirements organized around controls - storage, cryptography, authentication, network communication, platform interaction, and code quality. The companion guide, MASTG (Mobile Application Security Testing Guide), explains how to verify each requirement.

The practical takeaway: a MASVS-aligned pentest is not just running a scanner against an APK or IPA. It involves:

The distinction matters because a surface-level automated scan might catch some of these but will miss entire categories - particularly those that require reasoning about how components interact.

Android and iOS: Not the Same Test

A common misunderstanding is that "mobile pentest" means one test that covers both platforms. Android and iOS have different permission models, different storage mechanisms, different inter-process communication patterns, and different packaging formats. A thorough MASVS-aligned test treats them separately.

For Android, this includes package analysis of the APK, manifest inspection, review of exported components, and testing for insecure data storage in shared preferences, external storage, or SQLite databases.

For iOS, the equivalent work covers IPA analysis, Info.plist review, Keychain usage, and ATS (App Transport Security) configuration.

Both platforms require testing through to the API backend - because a vulnerability in the backend that the mobile app talks to is a mobile security vulnerability from the attacker's perspective.

Black-Box Testing vs. Source-Required Approaches

One practical question for buyers is whether a pentest requires you to hand over source code. Many traditional approaches do. Black-box testing - where the tester works from the app binary and its observable behavior - more closely mirrors how an actual attacker approaches your application.

RedPick operates black-box by default. No source code, no credentials required to begin. The AI agents work from the application as an attacker would encounter it. This matters for teams that want realistic adversarial coverage without exposing their codebase to a third party, and for situations where source access simply isn't available (a common reality when testing apps that include third-party SDKs or licensed components).

Static Analysis as Part of a Full Test

MASVS requirements under the storage and code-quality domains are largely addressed through static analysis - examining what's in the app before it runs. RedPick's mobile testing includes static analysis as a component: package analysis, manifest inspection, hardcoded credential detection, and review of how the app is structured before dynamic testing begins.

This matters because some vulnerabilities - credentials embedded in a binary, overly permissive manifest entries, insecure backup flags - are invisible to purely dynamic testing. A test that skips static analysis will miss them entirely.

Continuous vs. Point-in-Time Testing

Traditional mobile pentests are point-in-time engagements. You test the app before a release, get a report, remediate, and repeat the cycle months later. The problem: mobile apps ship updates frequently, and the gap between tests is where new vulnerabilities get introduced.

RedPick supports both on-demand and continuous testing, and integrates with CI/CD pipelines. For mobile teams releasing frequent updates, this means you can test each significant build rather than relying on a quarterly or annual engagement to catch regressions.

Compliance Reporting

A MASVS-aligned pentest should produce output that maps findings to specific MASVS controls. This matters for compliance reporting - whether you're preparing for an audit, satisfying a customer's vendor security questionnaire, or meeting regulatory requirements in healthcare, finance, or other regulated verticals.

RedPick generates compliance-mapped reports, so findings aren't just a list of issues but are connected to the control framework they belong to. That's the difference between a pentest report that your security team reads and one that your compliance team can actually use.

What to Look for in a Mobile Pentest

If you're evaluating mobile application security testing against OWASP MASVS, the checklist worth walking through before signing anything:

A test that answers yes across all of these is a materially different product than a scanner with a "mobile pentest" label on it.

RedPick is available through Apona. Per-test pricing, no subscription required. Learn more at redpick.ai.

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