Unlike SAST (which looks at idle code) or DAST (which probes from the outside), Waratek IAST works from within the application. It uses runtime instrumentation to observe data flow and execution paths in real-time, providing the precision of code-level analysis with the functional context of a live attack.
Because Waratek operates inside the JVM, it only flags vulnerabilities that are actually reachable and executable in a running environment. This results in near-zero false positives, allowing your team to focus on legitimate risks rather than chasing "ghost" vulnerabilities.
No. Waratek IAST is designed for continuous testing. It generates security insights automatically while your QA team or automated suites run their standard functional tests.
Waratek IAST is built on a lightweight agent architecture with minimal overhead. It integrates directly into your existing CI/CD tools, providing feedback in real-time without requiring a separate "security scan" phase that blocks your build.
When a vulnerability is found, Waratek doesn't just give you a generic error. It provides the exact line of code, the full stack trace, and the specific data flow that led to the issue, making remediation straightforward and fast.
Yes. Waratek uses a "Software-Defined" approach rather than signature matching. By monitoring the behavior and intent of the application at the bytecode level, it can block unauthorized actions (like a sudden command injection attempt) even if the specific exploit has never been seen.
Waratek allows you to apply a "virtual patch" to a known CVE (Common Vulnerabilities and Exposures) instantly. The agent intercepts the vulnerable code path and applies a fix at runtime. This allows you to stay compliant and secure without waiting for an emergency code deploy or a vendor patch.
A WAF is a fence. It looks at traffic patterns. Waratek RASP is a bodyguard; it sits inside the app. RASP understands the application logic, meaning it can stop attacks that are encrypted or obfuscated—things a WAF often misses.
No. Waratek RASP is non-intrusive. It is deployed as an agent at the runtime level (JVM). You don't need to rewrite a single line of code or change your application architecture to get full production protection.
Waratek can be configured to "log-only" or "block." In block mode, it terminates the specific malicious request while keeping the rest of the application running smoothly. You receive a detailed report of the blocked attempt so you can address the root cause in your next scheduled sprint.
The Power of Both: Waratek IAST + RASP
Using them together creates a closed-loop security lifecycle. IAST identifies and helps you fix vulnerabilities during development (Shift Left), while RASP protects you from what you haven't fixed yet or new threats that emerge in production (Shield Right).
It bridges the gap between teams. Developers get the precise data they need to build secure code (IAST), and Security teams get the "safety net" they need to allow rapid deployments without fear of unpatched vulnerabilities (RASP). It transforms security from a "gatekeeper" into an "enabler."
The combination of Waratek IAST & Waratek RASP offers a powerful solution from development through production by:
Eliminating the "Friction" Gate. Developers can push code faster knowing that even if a non-critical bug slips through, RASP is there as a safety net; and,
Providing Zero-Day Insurance. When a new vulnerability (like Log4j) hits, IAST tells you exactly which apps are affected, while RASP protects them immediately before you even begin the manual patching process.
