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Runtime Application Self-Protection (RASP), Investigation of the Effectiveness of a RASP Solution in Protecting Known Vulnerable Target Applications

May 1, 2019

Recent technological trends show a shift from traditional monolithic web applications to microservices written in Node.js and Spring Boot, single page web applications written in frameworks such as Angular and React, and JavaScript as the primary language of the Web, both on the client and the server which pushes data and business logic closer to the end user (OWASP, 2017). Applications continue to migrate from traditional data centers to the public cloud and take advantage of technologies such as containerization (e.g., Docker). In addition, development and operations teams are accelerating the pace of software release using continuous integration and/or continuous delivery. Continuous integration entails testing code changes whenever they are made which is typically when the code changes are submitted to the source code management system. Continuous delivery involves automating the deployment or release process, resulting in frequent changes to the application in production. The high rate of code change and fast pace of development have the potential to introduce software defects and security vulnerabilities that have not been adequately tested for in the code base.

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Runtime Application Self-Protection (RASP), Investigation of the Effectiveness of a RASP Solution in Protecting Known Vulnerable Target Applications