We can't find the internet
Attempting to reconnect
Something went wrong!
Hang in there while we get back on track
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.
- 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.