Mobile Application Security Testing
End-to-End Security for Your Mobile Applications.
Overview : Mobile Application Security Testing
Mobile app testing is the process of checking if a mobile app is safe, works well, and runs smoothly on different devices. Mobile applications today are part of a larger system that includes servers, networks, and cloud storage, not just the phone itself. That’s where VAPT (Vulnerability Assessment and Penetration Testing) comes in. It helps find and fix security issues, protecting the app from threats like fraud, malware infection, data leakage, and other security vulnerabilities.
Mobile Application Security Testing Methodology
To safeguard sensitive data and maintain trust, organizations rely on Mobile App Testing. This process combines static analysis and dynamic analysis to uncover vulnerabilities that could be exploited by hackers.
Industry-recognized frameworks and standards are applied to ensure comprehensive mobile application testing. These include the MITRE ATT&CK Framework, MASVS (Mobile Application Security Verification Standard), NIST guidelines, and both the OWASP Mobile Top 10 and OWASP Top 10 to identify critical risks and vulnerabilities.
Together, these frameworks provide a robust foundation for securing mobile applications against evolving threats.
Our Approach to Mobile Application Security Testing
Scope of Work
In mobile application security testing, this stage involves identifying the security measures already in place, testing goals, and areas containing sensitive information. At Kratikal, we ensure complete synchronization with the client at this stage, aligning on objectives, boundaries, and responsibilities. This mutual agreement safeguards both parties from legal complications while setting a solid foundation for a structured and effective assessment.
Intelligence gathering
The next step is acquiring a deep understanding of the mobile application’s architecture, design, and underlying technologies. This phase of mobile app testing goes beyond simple data collection. It involves analyzing the application’s overall design and scope to uncover potential risks. By gaining this comprehensive view early on, Kratikal ensures that subsequent testing is both precise and impactful.
Planning-Analysis
Once the groundwork is laid, we move into strategic planning and threat simulation. This phase focuses on designing a robust testing strategy to replicate real-world attack scenarios without disrupting live operations. With an exhaustive set of test cases tailored to mobile environments, we optimize the testing process to ensure maximum coverage and minimal risk. This careful planning allows us to anticipate challenges, emulate authentic threats, and prepare for effective vulnerability discovery.
Vulnerability Detection
This stage forms the core of the mobile application penetration test. Leveraging both Static Analysis and Dynamic Analysis, Kratikal systematically identifies vulnerabilities across the app. Custom scripts, designed around the business logic, are executed alongside manual testing to ensure accuracy and depth. Approximately 80% of the testing effort is concentrated here, as we uncover the most probable attack vectors and evaluate the security posture of both static components and dynamic behaviors.
Reporting & AI-Based Patch Recommendations
Every mobile app vulnerability identified by Kratikal's security experts is documented, prioritized, and ranked within AutoSecT, where findings are presented with full context, severity scoring, exploitability, and asset-level detail, helping organizations interpret results instantly and align on what matters most. Beyond a one-time report, AutoSecT acts as an ongoing vulnerability management platform with integrations, compliance mapping, and SLA breach insights that connect security findings directly to business and regulatory priorities, in the form of a value-added service. For every vulnerability identified, AutoSecT's AI engine generates AI-driven patch recommendations. The platform prioritizes vulnerabilities by real-world risk and surfaces the most effective remediation path for each one.
Benefits
Protect Sensitive Data
Identifies Hidden Vulnerabilities
Ensures Regulatory Compliance
Enhances Application Reliability
Builds Customer Confidence
FAQs
What is mobile application security testing?
It is the process of assessing a mobile app using black box and grey box testing to find security weaknesses, misconfigurations, and vulnerabilities that could be exploited by attackers.
What all needs to be taken into account while testing on mobile devices?
A few factors need to be taken into consideration - Stable across operating systems, Impressive Performance, Great user Experience, uniform scalability, usability, and many more.
What is the approach for mobile application security testing?
The approach for mobile app testing involves defining scope and objectives, gathering app details, performing static and dynamic analysis, manually testing for vulnerabilities, safely exploiting risks, reporting findings with fixes, and verifying remediation through retesting.