V-OS Mobile App Protection by V-Key secures any mobile app with minimal integration costs, turning your mobile user base into a threat intelligence engine. It is built on V-Key’s patented V-OS Virtual Secure Element, which adds tamper protection and security enhancements. V-OS Mobile App Protection employs multi-layered security to address potential risks, utilizing various protection techniques. It ensures security and convenience for enterprise end-users by detecting and protecting the mobile app from threats such as reverse-engineering, hooking, tampering, app integrity checks, library signature validation, code-injection, debugging, and more. In an insecure OS environment, apps integrated with V-OS Mobile App Protection have rooted and jailbreak detection mechanisms that allow a mobile app to run smoothly without compromising its integrity and confidentiality. The V-OS Virtual Secure Element is central to its architecture, with individual layers designed to detect and capture specific attack vectors, working together to eliminate risks. V-OS Mobile App Protection allows configurable options for various threat categories on how the SDK should react to detected threats, and these options can be dynamically updated over the air. The App Protection SDK secures mobile applications and feeds intelligence into the V-OS Mobile App Protection Server (APS), enabling quick identification of the latest threats. The V-OS APS can generate compliance reports and verify the effectiveness of your mobile security strategy. V-OS APS pushes critical security configurations and updates to the App Protection SDK, enabling enterprises to maintain up-to-date mobile security policies. V-OS Mobile App Protection uses techniques like code obfuscation, white-box cryptography, and anti-tampering/anti-debugging mechanisms. Geo and time fencing configurations can be done via V-OS Mobile App Protection server, allowing enterprises to limit app use to certain geographies and time windows. It is globally certified, including Common Criteria EAL3+ certification and FIPS 140-2 validation, and is accredited by the Infocomm Media Development Authority (IMDA).
