A raw Acunetix scan might return 200+ alerts. An report returns 10 critical, confirmed issues. The difference is night and day.
Unlike standard black-box DAST scanners, the AcuSensor technology injects a lightweight agent into the source code backend (supporting PHP, .NET, and Java). When the frontend crawler triggers an input field, AcuSensor tracks the execution path in real-time. This combines DAST and Interactive Application Security Testing (IAST) to pinpoint the exact line of code harboring the vulnerability. 2. AcuMonitor (Out-of-Band Testing)
[Traditional DAST Scan] -----> Potential Vulnerability Found -----> Manual Verification Required (Hours Wasted) [Acunetix Verified Scan] ----> Automatic Exploitation (Proof) ----> 100% Confirmed Real -----> Instant Dev Fix acunetix 105 verified
In a reporting context, achieving an "Acunetix Verified" status means a target web application has undergone a comprehensive scan with zero high or critical vulnerabilities remaining.
The architecture originating in version 10.5 laid the groundwork for modern tiered licensing models. Acunetix 360 On-Demand Release Notes A raw Acunetix scan might return 200+ alerts
Here is a helpful story illustrating how security professionals use it to find and verify vulnerabilities. The Story of the "Unseen Leak"
The modern iteration of the scanner builds directly on the foundations laid by legacy engines. It uses a structured pipeline to scan, verify, and document app environments. Phase 1: Attack Surface Discovery providing evidence of manual follow-up.
Acunetix uses a combination of advanced techniques to reach this level of confidence:
This behavior allows credentials to be stored in plain text within browser history, server access logs, proxy logs, and network monitoring tools, significantly increasing the risk of credential theft or unauthorized access.
The core value proposition of a "verified" scan is the absolute minimization of false positives. In traditional application security testing, automated scanners flag suspicious code patterns or server behaviors that might look like a vulnerability but cannot actually be exploited. This creates a massive triage bottleneck for development teams. Acunetix 10.5 solves this via a robust mechanism:
Requirement 6.4.3 and 11.3.1 of PCI DSS 4.0 demand systematic, verified vulnerability scans. An "Acunetix 105 verified" report meets and exceeds these requirements, providing evidence of manual follow-up.