Runtime Application Self-Protection (RASP) tools are essential for safeguarding applications against cyber threats. Let’s delve into what RASP is and explore some notable tools:
What is RASP?
- Runtime Application Self-Protection (RASP) is a technology that operates while an application runs. When an app starts, RASP analyzes its behavior and context to protect it against malicious inputs.
- Key features of RASP:
- Continuous Monitoring: RASP continuously detects attacks without human intervention.
- Behavior Analysis: It scrutinizes app behavior and identifies anomalies.
- Real-time Mitigation: RASP mitigates threats immediately.
- Server-Agnostic: It protects apps regardless of their server location.
- Non-Intrusive: RASP doesn’t impact app design.
- How does RASP differ from a traditional Web Application Firewall (WAF)?
- WAFs inspect incoming HTTP requests for attack payloads and suspicious patterns but may result in false positives.
- RASP, on the other hand, directly validates requests within the app, adapting to modern app development practices.
Notable RASP Tools:
- Fortify Application Defender: Analyzes and safeguards applications in real-time against risks and cyberattacks.
- Imperva: Provides enhanced app security.
- Signal Sciences: Offers robust protection.
- Jscrambler: Focuses on code protection.
- Hdiv: Ensures secure data flow.
- Contrast Security Protect: Integrates seamlessly with app runtime.
- Datadog Application Security (formerly Sqreen): Provides continuous attack protection.
- Dynatrace Application Security: Analyzes performance and behavior.
- Waratek Secure: Guards against vulnerabilities.
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