Mobile Application Testing
What Is Mobile Application Security Testing?
Mobile security testing assesses iOS and Android apps for security flaws in both the app’s client-side and its interactions with APIs and cloud infrastructure. With mobile devices becoming primary access points for business and personal data, mobile apps are prime targets for data leakage, reverse engineering, and insecure storage.
Why You Need It Today
Whether you're a fintech, healthcare provider, or e-commerce platform, mobile apps connect you directly to users. Insecure mobile apps can be reverse-engineered, tampered with, or used to exfiltrate customer data—leading to brand damage and compliance risks.
Key Benefits
- 📱 Detect insecure data storage, logging, and weak encryption practices
- 🛠️ Prevent reverse engineering through code obfuscation testing
- 🔐 Ensure secure authentication, session handling, and token usage
- 🌍 Evaluate mobile API endpoints for broken authorization or data leakage
- 🚫 Identify malicious behavior from third-party SDKs or permissions misuse
- 📄 Receive detailed findings mapped to OWASP Mobile Top 10 and industry best practices
Mobile Threat Modeling
What Is Mobile Threat Modeling?
Mobile Threat Modeling is a proactive analysis of your mobile application's design, architecture, and data flow to uncover potential threats before development or deployment. It evaluates how data moves between the mobile client, the server, and third-party components—ensuring risks are mitigated from the start.
Why You Need It Today
Mobile apps interact with sensitive user data, device sensors, and external services. Threat modeling allows you to foresee and prevent security flaws—especially in complex mobile ecosystems—before a single line of code is compromised.
Key Benefits
- 🧠 Uncover design flaws before code is committed or pushed
- 📲 Map mobile-specific threat vectors like insecure storage or inter-app communication
- 🔄 Support secure DevOps workflows by identifying high-risk areas early
- 🗺️ Visualize trust boundaries and attack surfaces within mobile architecture
- ⚠️ Anticipate real-world abuse cases unique to mobile platforms
- 📋 Use STRID or LINDDUN frameworks to structure mobile security discussions
iOS and Android Application Testing
What Is iOS and Android Application Testing?
Mobile application testing involves dynamic and static assessments of iOS and Android apps to uncover vulnerabilities in code, configurations, runtime behaviors, and communication channels. It includes both client-side analysis and backend/API testing.
Why You Need It Today
Mobile apps often hold keys to your digital kingdom—accessing customer data, performing transactions, and communicating with APIs. Insecure mobile apps can be reverse-engineered, tampered with, or misused by malicious actors to bypass logic or escalate access.
Key Benefits
- 🔐 Detect insecure storage, local file leaks, and hardcoded secrets
- 🕵️ Assess reverse engineering and tampering resistance (e.g., root/jailbreak detection)
- 📡 Analyze traffic for insecure communication and SSL/TLS misconfigurations
- ⚠️ Catch platform-specific flaws (e.g., iOS keychain misuse, Android export leakage)
- 📲 Validate permission requests, intent filters, and inter-app data exposure
- 🧾 Test compliance with OWASP Mobile Top 10 and platform security best practices
Mobile Application Deep Dive
What Is a Mobile Application Deep Dive?
Our Mobile Application Deep Dive is an advanced, hands-on review of your app's full attack surface—including integrated SDKs, third-party libraries, certificate pinning, WebView security, and runtime protections. This service goes beyond standard mobile pentesting by dissecting how your app behaves under stress, reverse engineering, and edge-case scenarios.
Why You Need It Today
Modern mobile apps often include ad SDKs, analytics frameworks, or payment libraries—each increasing your risk exposure. Attackers can exploit flaws in WebViews, bypass certificate pinning, or inject code through unsafe components. If your mobile app handles sensitive transactions or user data, a deep dive is critical.
Key Benefits
- 🧰 Evaluate SDK behavior and privacy risks from third-party integrations
- 🔐 Test for bypasses in certificate pinning and root/jailbreak detection mechanisms
- 🌐 Assess WebView security configurations (e.g., JavaScriptInterface, mixed content)
- 📦 Unpack and reverse engineer APK/IPA files for static code vulnerabilities
- 🧪 Perform instrumentation and dynamic analysis to simulate real-time attacks
- 🚫 Identify insecure runtime behaviors and memory leaks in native code or frameworks
List of Certifications
