Our client, a prominent name with 20+ manufacturing facilities across South-Asia and a workforce of 25,000 automobile engineers (and counting) wanted to incorporate IoT-connected technology into their commercial vehicles. Recognizing the security risks associated with shoddily built IoT systems, they sought a cybersecurity expert to protect their mobile app from targeted attacks and data breaches. IoT Solutions World, a visionary in IoT-connected apps and best-of-breed IT security practices, was selected to perform thorough penetration testing and improve the app’s security measures.
Automotive
Cloud & DevOps, Cybersecurity, Penetration Testing
The project kicked off with workshops that brought together stakeholders to create a comprehensive threat model. Through analysis, we pinpointed possible threats, vulnerabilities, and access points. Penetration testing revealed security weaknesses and inadequate data storage practices.
Our QA experts conducted two attack simulations focusing on client-server data exchanges and man-in-the-middle attacks. After each session, we provided a report outlining the vulnerabilities discovered and suggestions for enhancements.
We facilitated a series of workshops with key stakeholders to collect critical data and insights for threat modeling. This phase was essential for identifying potential threat vectors and establishing the foundation for targeted security assessments.
Leveraging insights from the initial requirements gathering, Our senior tester conducted a rigorous threat modeling exercise. This step involved a detailed analysis of the potential risks and the development of a risk-based security assessment plan.
Our cybersecurity team performed two distinct types of penetration tests. The first focused on manipulating client-server data exchanges to evaluate the app’s vulnerability to credential theft and unauthorized access. The second test simulated a man-in-the-middle attack to assess the robustness of data transmission security.
Each phase of testing concluded with a detailed report outlining the vulnerabilities discovered, their potential impact, and actionable recommendations for remediation. These reports facilitated clear communication with the client, ensuring transparency and a shared understanding of the security landscape.
Securing IoT-enabled connected car applications required a comprehensive approach to identify and mitigate potential security threats across various components and communication protocols.
Operating in a continuously connected online mode heightened the app’s exposure to cyber-attacks. Addressing this challenge necessitated a meticulous examination of communication channels, data exchange mechanisms, and the app’s overall architecture to identify weak points.
Through a detailed and methodical approach, we identified several critical and medium-severity vulnerabilities, significantly enhancing the security posture of the client’s connected car mobile app.
Overlooked two-factor authentication bypasses and other security gaps.
Addressed data leakage within the customer portal and insecure credential storage.
Implemented security measures to secure all communication and data transmission channels.
