OpenVAS¶

Our OpenVAS-powered vulnerability management stack is purpose-built to meet the rigorous demands of PCI-DSS 4.0, transforming the “quarterly audit” hurdle into a persistent, high-visibility security posture. By deploying the open-source industry standard for vulnerability detection, we provide the comprehensive internal and external scanning required by Requirement 11, ensuring that any high-risk vulnerabilities or misconfigurations affecting your Cardholder Data Environment (CDE) are identified with surgical precision.

Orchestrated by Apache Airflow, our pipeline automates the strict scheduling mandates of PCI compliance. This eliminates the risk of missed scan windows and ensures that every rogue asset or unpatched service is captured and logged. By treating vulnerability management as a scheduled task, We maintain an immutable, time-stamped trail of scanning activities—providing the “continuous” proof of compliance that QSA auditors now expect, while drastically reducing the manual burden of evidence collection.

All telemetry is funnelled through Trino, allowing for lightning-fast SQL analysis across your entire infrastructure. This architectural choice is critical for PCI-DSS compliance, as it enables us to instantly correlate scan results with asset inventories to verify that the scope of your CDE remains accurate and secure. By querying raw data in real-time, we can identify “compliance drift”—such as the appearance of insecure protocols or unauthorized open ports—long before they become a failure point during a formal assessment.

Finally, we translate this technical data into audit-ready compliance reporting via Apache Superset. We provide specialized PCI-DSS dashboards that specifically track Requirement 6 (patching windows) and Requirement 11 (remediation timelines). These visualizations offer a real-time “Red/Green” status of your compliance health, giving your security team the actionable insights needed to maintain a “secure by default” environment that stands up to any PCI-DSS audit with zero last-minute friction.