Low-level RASP: Protecting Applications Implemented in High-level Programming Languages

Discover how low-level RASP technology protects applications across multiple programming languages, including Java, NodeJS, PHP, Python, and Ruby, by obtaining the HPR layer stack trace and detecting attacks with greater effectiveness.

Key takeaways
  • The low-level Rasp technology has the ability to obtain the HPR layer stack trace, which can manage things previously considered impossible.
  • It’s a language-independent technology, allowing it to work with multiple programming languages, including Java, NodeJS, PHP, Python, and Ruby.
  • Rasp has the advantage of being able to see the wrong traffic and intercept most attacks, but may still be bypassed in some situations.
  • There are three methods to bypass a defense software: break the execution flow, break the data flow, and exploit the hook points.
  • The hook points should be convergent, stable, and fixed, and should be set as low as possible to reduce the possibility of being bypassed.
  • The technology should have better defense effects, better compatibility, stability, and lower learning and maintenance costs.
  • Rasp is a defense technology used to address vulnerabilities in the application layer, and its goal is to enable security teams to detect and prevent attacks more effectively.
  • The technology should be able to support applications implemented in different programming languages, and should be easy to deploy and maintain.
  • Rasp has the advantage of being able to get the HPR layer stack trace from native space, which can be used to manage things previously considered impossible.
  • It’s a technology that can be used in a low-level perspective, allowing it to work with multiple programming languages and be more effective in detecting and preventing attacks.
  • The technology should be designed to be simple and easy to understand, and should have a low landing cost.
  • It’s a technology that can be used in a variety of scenarios, including the protection of applications implemented in different programming languages.