Mobile Application
Security Testing
Upload your Android APK/AAB or iOS IPA and get a full security analysis in minutes. Offensive360 MAST inspects the binary the way an attacker would — permissions, secrets, storage, crypto, and network configuration — and maps every finding to the OWASP Mobile Top 10 (2024).
What Offensive360 MAST detects
Binary-level analysis of the app you actually ship — no source code required.
Hardcoded Secrets
API keys, tokens, passwords, and private keys embedded in the binary, resources, or configuration files — the #1 cause of mobile data breaches.
Insecure Data Storage
Sensitive data written to unprotected local storage, world-readable files, unencrypted databases, and insecure backups.
Insecure Communication
Cleartext HTTP traffic, disabled certificate validation, iOS App Transport Security (ATS) exceptions, and missing certificate pinning.
Weak Cryptography
Deprecated algorithms (MD5, SHA-1, DES), hardcoded encryption keys, insecure random number generation, and ECB-mode ciphers.
Platform Misconfiguration
Debuggable release builds, exported activities and services, dangerous permissions, allowBackup flags, and missing binary protections.
Vulnerable Components
Embedded third-party SDKs and libraries with known CVEs, plus trackers that leak user data to third parties.
How the scan works
Upload
Drop in your Android APK/AAB or iOS IPA — the same artifact you submit to the app store. No source code needed.
Unpack
The binary is decompiled and unpacked: manifest, permissions, code, native libraries, resources, and embedded SDKs.
Analyze
Hundreds of security checks run against the code and configuration — secrets, storage, crypto, network, and platform hardening.
Report
Findings are classified by severity and mapped to the OWASP Mobile Top 10 (2024), with clear remediation steps for each.
OWASP Mobile Top 10 (2024) coverage
Every finding is classified against the current OWASP Mobile Top 10, so your report speaks the language your auditors, pentesters, and compliance frameworks expect. One upload gives you an audit-ready view of exactly where your app stands.
- M1 Improper Credential Usage — hardcoded keys & secrets
- M5 Insecure Communication — cleartext traffic, ATS, pinning
- M8 Security Misconfiguration — debug flags, exported components
- M9 Insecure Data Storage & M10 Insufficient Cryptography
Full-stack mobile coverage
Scans the compiled binary you ship — APK, AAB, or IPA — for packaging, configuration, and runtime risks.
Scans your mobile source code — Kotlin, Java, Swift, Objective-C, Dart/Flutter — with deep taint analysis. Learn about SAST →
Tests the backend APIs your mobile app talks to — auth, injection, and business logic. Learn about DAST →
AI is hiding in your mobile app
Modern mobile apps ship with AI inside: LLM API calls, on-device models, and third-party AI SDKs. Each one adds attack surface that classic mobile checklists miss — and attackers have noticed. 2025 mobile-threat research found nearly half of mobile apps contain hardcoded secrets, and production apps have been caught leaking live LLM API keys straight from their binaries.
- Hardcoded AI & LLM API keys extractable from the shipped binary
- On-device model files exposed to extraction — 60% of iOS apps ship with no reverse-engineering protection
- Insecure communication with AI endpoints (cleartext, missing pinning)
- Embedded AI SDKs with known CVEs and data-leaking trackers
What a leaked AI key costs you
A hardcoded LLM API key in your APK or IPA is a company credit card printed in public: anyone who downloads your app can extract it, run up your AI bill, exfiltrate whatever data the key can reach, and abuse your quota until you notice. Model files bundled without protection hand competitors your fine-tuning work for free.
Offensive360 MAST flags embedded AI keys, exposed model assets, and insecure AI endpoint configuration in the same scan that covers the OWASP Mobile Top 10 — no extra module, no extra cost.
Frequently asked questions
What is MAST (Mobile Application Security Testing)?
MAST analyzes mobile application binaries and source for security vulnerabilities. Offensive360 MAST inspects Android APK/AAB and iOS IPA packages — the manifest, permissions, code, and embedded resources — and maps every finding to the OWASP Mobile Top 10 (2024).
Do I need source code to scan a mobile app?
No. Offensive360 MAST works directly on the compiled binary — upload the APK, AAB, or IPA you ship to the store and get results in minutes. If you also scan the source with Offensive360 SAST (Kotlin, Java, Swift, Dart and more are supported), you get full-stack mobile coverage.
Which vulnerabilities does MAST detect?
Hardcoded secrets and API keys, insecure data storage, cleartext traffic and ATS misconfigurations, debuggable release builds, dangerous or exported components, weak cryptography, excessive permissions, missing binary protections, and vulnerable embedded SDKs — each classified against the OWASP Mobile Top 10 (2024).
Does MAST detect AI-related risks in mobile apps?
Yes. Mobile apps increasingly embed AI: LLM API calls, on-device models, and AI SDKs. MAST detects the risks that come with them — hardcoded AI/LLM API keys in the binary (2025 mobile-threat research found nearly half of apps contain hardcoded secrets, and production apps have been caught leaking live LLM API keys), exposed model files that can be extracted from unprotected packages, and insecure communication with AI endpoints.
Can MAST run on-premises or air-gapped?
Yes. MAST ships inside the same on-premise virtual appliance (OVA) as Offensive360 SAST and DAST. Your mobile binaries never leave your network — ideal for government, defense, banking, and healthcare teams.
Your binaries never leave your network
MAST ships inside the same on-premise virtual appliance (OVA) as Offensive360 SAST and DAST — one import, three testing engines, zero cloud dependency. Fully air-gapped deployment is supported for government, defense, banking, and healthcare environments.
Scan your mobile app today
Upload an APK or IPA and see every OWASP Mobile Top 10 finding — before an attacker does.