Who can benefit?
- Provides centralized vulnerability visibility for SOC teams
- Offers continuous security scanning for system administrators
- Simplifies risk prioritization for IT teams
- Provides automated reporting for corporate structures

Greenbone Community Edition is an open-source vulnerability management platform developed to detect security flaws in organizations' networks and systems. With continuous scanning, risk analysis, and centralized reporting features, it provides comprehensive visibility to security teams.
Organizations struggle to continuously track security flaws in their systems due to expanding network structures and an increasing attack surface. While manual security checks fall short, a lack of visibility can cause critical risks to be overlooked.
The inability to manage vulnerabilities found on different systems from a central point increases the operational burden on security teams. The rapid shift in current threats makes regular scanning and continuous monitoring a necessity. Failure to properly prioritize risk levels makes it difficult to respond to critical vulnerabilities in a timely manner.
Transparent and open-source architecture
Uninterrupted security scanning
Centralized risk visibility
Automated scanning and reporting
Greenbone Community Edition regularly scans defined network and system targets to analyze security vulnerabilities, determine risk levels, and present actionable outputs to security teams via centralized reporting.
Thanks to its regularly updated vulnerability database and automation support, Greenbone quickly adapts to the changing threat landscape and supports sustainable security operations.
Regularly analyzes systems on the network to detect critical security flaws at an early stage and provides risk visibility.
Offers comprehensive and current security checks against new threats thanks to a continuously updated vulnerability test library.
Manages scan results from a single dashboard, facilitating swift action through detailed analysis reports.
Reduces manual operational burdens and ensures continuity by executing automated scans at specified time intervals.