Offensive Security

    AI-DRIVEN MOBILE APP SECURITY

    Secure your iOS and Android ecosystems with AI-powered binary analysis and dynamic runtime manipulation. Faltrox Security leverages machine learning models to decompile, hook, and exploit mobile apps faster than any human adversary. From bypassing SSL pinning to detecting deep-logic flaws, we secure your mobile presence against next-gen threats.

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    Overview

    Next-Gen Mobile Defense

    Mobile threat vectors are evolving. Capabilities that once took weeks now take minutes with AI tools. Our AI-Native Mobile Security Framework automates the reversal of obfuscated binaries.

    We simulate a compromised environment (Rooted/Jailbroken) and use Adaptive Hooking Algorithms to intercept encrypted traffic and sensitive IPC calls. Whether it's Fintech, Healthcare, or IoT control apps, we ensure your binary is tamper-proof.

    We deliver remotely from our Bangalore headquarters, producing region-mapped compliance reports (GDPR, HIPAA) for clients wherever their users are.

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    Landscape

    Types Of Mobile Security

    Mobile security requires a multi-layered testing approach.

    01

    Static Analysis (SAST)

    Analyzing the uncompiled source code or decompiled binary (APK/IPA) for hardcoded secrets, weak crypto, and insecure configurations.

    02

    Dynamic Analysis (DAST)

    Testing the running application on a physical device. Hooking methods, manipulating memory, and intercepting IPC calls.

    03

    Network Forensics

    Intercepting traffic between the app and server to find API vulnerabilities, despite SSL pinning implementations.

    04

    Automated Scanning

    Rapid identification of known libraries with CVEs and basic configuration flaws using tools like MobSF.

    05

    API Security Testing

    The mobile app is just the frontend. We test the backend API endpoints for BOLA, Broken Auth, and Injection.

    06

    Source Code Review

    Line-by-line review of critical security functions (Encryption, Auth) to ensure best practices are followed.

    Methodology variants

    Testing Methodologies

    We adapt our testing strategy based on the information available and the specific compliance needs of the application.

    App Store Only

    BLACK BOX

    We test the compiled app (APK/IPA) just like an attacker downloaded from the App Store. No source code, no documentation. Pure reverse engineering.

    Creds + Docs

    GREY BOX

    The most common approach. We are given valid user credentials and API documentation, allowing us to test for logic flaws and authorization issues deeper in the app.

    Source Access

    WHITE BOX

    Full source code access. Ideal for high-security banking or healthcare apps where every line of code needs to be verified for cryptographic correctness.

    Process

    Our Mobile Pentest Process

    We follow a rigorous methodology aligned with OWASP Mobile Security Testing Guide (MSTG) to ensure nothing is missed.

    1. 01

      RECONNAISSANCE

      Analyzing app metadata, permissions, and third-party libraries. Mapping the attack surface.

    2. 02

      STATIC ANALYSIS

      Decompiling the binary to find hardcoded API keys, database credentials, and staging URLs.

    3. 03

      DYNAMIC ANALYSIS

      Installing on a rooted/jailbroken device. Attempting to bypass root detection and SSL pinning.

    4. 04

      MANUAL EXPLOITATION

      Hooking functions with Frida to bypass biometric auth, manipulate game logic, or unlock premium features.

    5. 05

      REPORTING

      Detailed technical report with reproduction steps, Frida scripts, and risk-rated findings.

    6. 06

      RE TEST

      Verification of fixes to ensure the vulnerabilities are truly remediated.

    Scope

    What We Test

    01critical

    Insecure Storage

    Checking SQLite, Realm, SharedPreferences, and Plists for unencrypted PII or session tokens.

    02critical

    Network Comms

    Intercepting traffic to find cleartext transmission, weak ciphers, or lack of certificate validation.

    03high

    Auth & Session

    Testing for biometric bypass, session fixation, and weak offline authentication mechanisms.

    04medium

    Code Quality

    Identifying buffer overflows, memory leaks, and debug flags/symbols left in production builds.

    Outcomes

    Key benefits

    Protect your users and your brand reputation with proactive mobile security.

    Store Approval

    Ensure your app passes the rigorous security checks of Apple App Store and Google Play Store. Our findings map to platform-specific review criteria so you ship without rejection cycles.

    Regulatory Compliance

    Meet requirements for GDPR, HIPAA, and PCI-DSS when handling sensitive data on mobile.

    Protect User Data

    Prevent data leaks that lead to identity theft and loss of customer trust.

    Brand Reputation

    Avoid headline-grabbing breaches that can destroy years of brand building.

    Fraud Prevention

    Stop attackers from reverse engineering your app to create cloned or cracked versions.

    Developer Guidance

    We provide exact code snippets (Swift/Kotlin) to fix identified vulnerabilities.

    Who we serve

    Who we protect

    01

    Fintech & Banking

    Protect user funds and transaction checks. We detect improper session handling and tampering.

    02

    Healthcare (mHealth)

    Ensure HIPAA compliance by verifying PHI is encrypted at rest and in transit.

    03

    IoT Controllers

    Secure the bridge between app and hardware. Prevent unauthorized device control.

    Differentiators

    Why Faltrox?

    FeatureStandard vendorFaltrox Security
    MethodologyAutomated scanningManual exploit chaining with AI assist
    ValidationScanner outputEvery finding reproduced by a practitioner
    Business logicIgnoredDeep inspection
    ReportingGeneric PDFDev-ready artefacts and proofs of concept
    Re-testingExtra costIncluded

    Compliance

    OWASP Alignment

    Our testing methodology is strictly aligned with the OWASP Mobile Application Security Verification Standard (MASVS).

    Frameworks we map to

    • OWASP MASVS-L1
    • OWASP MASVS-L2
    • PCI-DSS
    • GDPR
    • HIPAA
    • ISO 27001

    Audit ready

    Letters of attestation included.

    Standardised

    OWASP ASVS and NIST 800-115.

    FAQ

    Common questions

    01Do you test both iOS and Android?

    Yes. We perform comprehensive testing on both iOS (IPA) and Android (APK/AAB) platforms, covering compilation protections, local storage, and runtime manipulation.

    02Do you need source code?

    Not necessarily. We can perform Black Box testing with just the binary. However, Grey/White box testing (with source code) is deeper and more efficient.

    03Can you bypass SSL Pinning?

    Yes, bypassing SSL pinning is a standard step. It allows us to intercept and analyze the API traffic between the mobile app and your backend server.

    04What about React Native or Flutter?

    We specialize in hybrid frameworks. We investigate the JavaScript/Dart bridges, compiled code, and framework-specific storage implementation issues.

    05Is jailbroken/rooted device testing necessary?

    Yes. Attackers use compromised devices to bypass security controls. We must test in the same environment to find vulnerabilities that standard users wouldn't see.

    06Do you maintain App Store compliance?

    Yes. Our remediation guidance ensures your security fixes comply with Apple App Store and Google Play Store policies and requirements.

    07How long does a mobile penetration test take?

    Typically 1-2 weeks per platform, depending on the complexity of the application and the number of screens/features.

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    Secure what’s next.

    Speak with the engineering team to define scope, walk through the methodology, and decide whether Faltrox is the right team to test and run your environment.

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