Mobile applications have emerged as essential interfaces for key services like banking, payments, and healthcare. Unlike web apps, a significant portion of a mobile app’s logic and intellectual property resides directly on the user’s device, a realm beyond the developer’s control. This exposes mobile apps to unique risks such as reverse engineering, runtime manipulation, and fraud.
As vital functionalities increasingly move to mobile platforms, the necessity to enhance app defenses against advanced attackers grows. Guardsquare offers tools to secure and evaluate mobile applications against both static and dynamic dangers. Its platform features include layered code obfuscation, runtime application self-protection, mobile-specific security testing, threat monitoring, and API attestation.
Ryan Lloyd, the Chief Product Officer at Guardsquare, appears in this episode with Gregor Vand to explore why mobile security is distinct from desktop and web security, the advancements in reverse engineering tools, the significance of compiler-based obfuscation and runtime protections, common vulnerabilities in mobile apps, and the impact of LLMs on the attacker landscape.
Full Disclosure: This episode is sponsored by Guardsquare.
Gregor Vand is a technologist focused on security, having previously served as a CTO in the fields of cybersecurity, cyber insurance, and general software engineering companies. He is based in Singapore and can be accessed via his profile at vand.hk or on LinkedIn.
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