Runtime Application Self-Protection (RASP) refers to security technologies that are integrated into applications to monitor and protect them during execution. Unlike traditional perimeter defenses, RASP operates from within the application’s runtime environment, enabling real-time detection and mitigation of threats as they occur. Core capabilities of RASP include continuous monitoring of application behavior, analysis of incoming requests, and automatic response to suspicious activities such as code injection or unauthorized access attempts. These solutions often provide visibility into application logic and data flows, allowing for precise identification of attacks that may bypass network or endpoint security controls. RASP is typically used by security teams, application developers, and DevSecOps professionals seeking to enhance application-layer protection, especially for web and enterprise applications exposed to external threats. It is particularly valuable in environments where rapid deployment and dynamic scaling make traditional security approaches less effective. This category differs from Web Application Firewalls (WAFs) and static application security testing (SAST) by focusing on in-process, real-time protection rather than pre-deployment analysis or perimeter filtering. Cyberin serves as a platform for discovering and comparing RASP solutions to support informed decision-making.