Mobile Application Penetration Testing

Uncover insecure local storage, hardcoded API keys, weak encryption, reverse engineering risks, and SSL pinning bypasses across iOS and Android apps.

100% iOS & Android

Swift, Kotlin, React Native & Flutter

OWASP MASVS

Full Mobile Security Standards Scope

Zero App Outage

Safe Sandbox & Binary Decompilation

CORE ADVANTAGES

Why Leading Mobile Apps Trust Vaeto

Automated mobile scanners miss 70%+ of runtime manipulation and storage vulnerabilities. Our security engineers perform deep reverse engineering.

Static & Dynamic Binary Analysis

Decompiling APK/IPA packages to discover hardcoded API keys, sensitive assets, and unsafe IPC entry points.

Insecure Storage Auditing

Auditing iOS Keychain, Android Keystore, SQLite databases, and shared preferences for unencrypted user data.

Frida & Objection Hooking

Simulating adversary runtime attacks by patching app memory, bypassing SSL pinning, and overriding biometric checks.

30-Day Re-Testing SLA

Deploy app patches with confidence. We re-test all remediated vulnerabilities at zero extra charge within 30 days.

OWASP MASVS SCOPE

Mobile Application Vulnerability Matrix

Aligned with OWASP Mobile Application Security Verification Standard (MASVS).

MASVS-STORAGECRITICAL

Insecure Local Data Storage & Cache Leaks

Unencrypted SQLite databases, exposed Keychain/Keystore items, and sensitive shared preferences.

MASVS-CRYPTOHIGH

Weak Cryptographic Key Management & Ciphers

Hardcoded AES keys, weak ECB cipher modes, and insecure pseudo-random number generators.

MASVS-AUTHCRITICAL

Flawed Mobile Biometric & Session Auth

Bypassing LocalAuthentication/Biometric APIs via runtime hooks and predictable session tokens.

MASVS-NETWORKHIGH

Insufficient TLS Pinning & Interception

Missing SSL Pinning allowing Man-in-the-Middle (MITM) proxy interception of HTTPS traffic.

MASVS-PLATFORMHIGH

IPC, Intent Injection & Deep Link Abuse

Exported Android components, vulnerable URL schemes, and malicious Intent hijacking.

MASVS-CODEMEDIUM

Anti-Tampering & Reverse Engineering Risks

Lack of code obfuscation (ProGuard/DexGuard), leaving binaries vulnerable to JADX/Ghidra decompilation.

MASVS-RESILIENCEMEDIUM

Root / Jailbreak Detection Evading

Insecure root detection checks easily bypassed using Frida scripts or Objection runtime tools.

MASVS-KEYSHIGH

Hardcoded Secrets, Tokens & Private Keys

API secrets, AWS access keys, and JWT private keys embedded directly inside binary assets.

MASVS-LOGGINGLOW

Excessive Logcat & System Console Leaks

Production app builds dumping sensitive user credentials or bearer tokens to system logs.

MASVS-WEBVIEWHIGH

Insecure WebViews & JavaScript Interfaces

WebViews allowing untrusted JavaScript execution, file access, or bridge exploitation.

MOBILE METHODOLOGY

Our 6-Step Mobile Pentest Process

Standardized execution aligning with OWASP MASTG guidelines.

STEP 01

Scoping & APK / IPA Acquisition

STEP 02

Static Analysis & Reverse Engineering

STEP 03

Dynamic Runtime Manipulation

STEP 04

API & Traffic Interception

STEP 05

CVSS 4.0 Reporting & Code Fixes

STEP 06

30-Day Re-Testing & Certificate

FREQUENTLY ASKED QUESTIONS

Mobile Pentesting FAQ

Do we need to provide source code for Mobile App Penetration Testing?

Source code is optional but recommended for a hybrid white-box audit. We can conduct full black-box/gray-box testing using only your APK (Android) or IPA (iOS) binary builds.

Do you test both iOS and Android applications?

Will mobile penetration testing impact live app store users?

Does mobile pentesting satisfy Google Play and Apple App Store security requirements?

Do you test backend APIs connected to the mobile app?

What deliverables will we receive after the mobile pentest?