AI-Native Mobile App Security with Runtime Defense

Detect. Prevent. Protect. In real time

New Digital Landscape

Global economy is witnessing unprecedented digital transformation and surge in use of Mobile Apps and online Payments. In India, during the month of October, there were more than 2 Billion UPI transactions apart from Mobile banking transactions. At the same time, there is record increase in hacking & fraud attempts on mobile banking transactions and app thus impacting digital trust while causing financial loss to businesses and customers. As per Gartner, the Mobile Apps from any sector viz. finance, education, insurance, travel, food ordering etc. need to be able to detect and mitigate cyber threats at their end. This can only be achieved if the Apps are incorporated with Runtime Application Self Protection (RASP). What is RASP (Runtime Application Self Protection)? RASP, or Runtime Application Self Protection, is a technology that protects applications from cyber-attacks by identifying and blocking threats in real time, while the app is running. RASP operates from within the application runtime environment, enabling it to continuously detect, analyse, and prevent security attacks as they occur. In the context of mobile app security, RASP is especially valuable because mobile applications frequently process sensitive user data and are exposed to a wide range of threats, such as code injection, data leakage, unauthorized access, and attacks originating from compromised devices or insecure networks. By embedding protection directly into the app, RASP significantly strengthens the overall security posture of mobile applications. What is the Importance of RASP Security? RASP security is critical in today’s digital ecosystem as organizations increasingly depend on mobile applications to power business operations and deliver seamless user experiences. Ensuring end-to-end mobile app security has become essential, especially as cyber threats continue to evolve in scale and sophistication. Mobile App RASP detects and prevents threats such as reverse engineering, Man-in-the-Middle (MITM) attacks, and jailbreaking or rooting attempts at the time of application launch. By defending against both known and unknown attack vectors, RASP security enables organizations to scale protection consistently across multiple apps while strengthening overall security posture. Additionally, RASP helps organisations meet compliance and regulatory requirements, making it a vital component of modern mobile app security strategies. How does Runtime Security for Apps Work? Runtime security for apps works by embedding security controls directly within the mobile application, enabling it to detect and respond to threats in real time while the app is running. Unlike perimeter-based security models, it operates from inside the app, giving it deep visibility into the app’s runtime environment and execution context. How RASP works:

Total Security

Comprehensive Mobile App Security

Implementation

Industry use cases

Securing Global Trusted Brands – Delivering Trust in Mobile World

Experience AppProtectt for RASP Benefits

Mobile Applications are advised to enhance its security with Runtime Application Self Protection (RASP).

Active Defence

Experience RASP in Action

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