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Penetration Testing

Mobile Application Penetration Testing

Manual security testing of iOS and Android applications using the OWASP MASTG methodology. We uncover vulnerabilities in authentication, local storage, network communication and business logic — exactly as a real attacker would.

Real data from 2025 testing
8.25 avg
Average vulnerabilities found per mobile application
30+
Mobile applications tested in 2025
5–8 days
Average duration of a mobile application test
5.8 CVSS
Average CVSS score of findings
NDA from first contact
Proposal within 24 hours
eMAPT, OSCP, CEH certified
NIS2 · ISO 27001 · DORA
Methodology

How we test mobile applications

We don't work in simulated environments — we test on rooted and jailbroken devices, intercept all network traffic through Burp Suite proxy and analyze what happens directly on the device. Exactly as a real attacker would.

Rooted & Jailbroken Devices
We test on real devices with full system access. We bypass protections that rely on OS integrity — exactly as an attacker with physical access to the phone would do.
Android root · iOS jailbreak · Frida
Proxy & Traffic Interception
All application network traffic is routed through Burp Suite. We test SSL pinning, certificate validation, MITM scenarios and API communication security in real time.
Burp Suite · MITM · SSL pinning bypass
Local Storage Analysis
We examine everything the app stores on the device — SQLite databases, SharedPreferences, Keychain, logs, temporary files. Sensitive data at rest is an independent attack vector.
SQLite · SharedPreferences · Keychain · logs
Static & Dynamic Analysis
We combine decompilation and reverse engineering (static analysis) with runtime testing (dynamic analysis). Both methods uncover different vulnerability types — we always use both.
MobSF · Jadx · Objection · Frida
5 Dedicated Mobile Specialists
Mobile testing is a distinct discipline — not every penetration tester masters it. We have a team of 5 specialists focused exclusively on mobile applications, continuously tracking new techniques and tools.
eMAPT · OSCP · OSWE · CEH
Testing Areas

What we test on iOS and Android

We cover all areas defined by the OWASP MASTG methodology — from platform abuse to business logic and reverse engineering. Every test covers both iOS and Android, native and hybrid apps.

01
Platform Abuse
Unprotected APIs, permission abuse, sandboxing weaknesses and root/jailbreak detection bypass.
API abusePermissionsSandbox escape
02
Data Storage
Unencrypted SQLite databases, SharedPreferences, Keychain and sensitive data logging on device.
SQLiteKeychainLogs
03
Network Communication
TLS configuration, MITM attacks, SSL pinning bypass and certificate validation. We test similar vectors in web application testing as well.
TLSMITMSSL pinning
04
Authentication & Authorization
Login bypass, weak 2FA, session hijacking, token storage and privilege escalation.
Biometrics bypassSession2FA
05
Cryptography & Code
Weak algorithms (MD5, SHA-1, DES), unencrypted credentials, APK/IPA tampering and integrity checks.
MD5 / SHA-1RepackagingIntegrity
06
Reverse Engineering & Business Logic
API key extraction, decompilation, repackaging attacks, discount abuse and business restriction bypass.
JadxFridaLogic abuse
Most Common Findings

What attackers look for first

An overview of the most commonly exploited vulnerabilities in mobile applications according to the OWASP Mobile Top 10 classification. Each of these has been found in real INTEGRA projects.

M1
2024
Improper Credential Usage
Hardcoded credentials and API keys directly in the application code.
Critical
M2
2024
Inadequate Supply Chain Security
Vulnerable third-party dependencies and unvetted libraries.
Critical
M3
2024
Insecure Authentication & Authorization
Biometrics bypass, weak 2FA, session hijacking and privilege escalation.
High
M4
2024
Insufficient Input/Output Validation
Injection attacks, XSS in WebView and insecure user input handling.
High
M5
2024
Insecure Communication
Missing or incorrectly implemented TLS, MITM vulnerabilities.
High
M6
2024
Inadequate Privacy Controls
Excessive data collection, unprotected PII and improper consent management.
High
M7
2024
Insufficient Binary Protections
Lack of obfuscation, easy decompilation and repackaging attacks.
Medium
M8
2024
Security Misconfiguration
Incorrect permission settings, debug modes in production, unnecessarily exposed APIs.
Medium
M9
2024
Insecure Data Storage
Unencrypted SQLite databases, sensitive data in SharedPreferences or Keychain.
Medium
M10
2024
Insufficient Cryptography
Outdated algorithms (MD5, SHA-1, DES), weak keys and flawed encryption implementation.
Medium
NIS2 · DORA · PCI DSS
Need a test to meet your compliance requirements?
Free Consultation
FAQ

Frequently Asked Questions

Answers to the most common questions about mobile application penetration testing.

Get started today

What would an attacker find in your mobile application?

Book a free consultation with our mobile security specialists. We'll scope the test precisely for your application and send a proposal within 24 hours.

Free consultation
Proposal within 24 hours
NDA from first contact
Book a Free Consultation

Žadost o vzorovou zprávu výsledků z testu