
Learn to use OpenVAS as a vulnerability manager, scanning targets, analyzing reports, and prioritizing fixes. Explore asset management, business process mapping, user roles, and chart-driven risk to strengthen your network.
Illustrates the GVM architecture for Greenborne Vulnerability Manager versions 20.08 and 21.04, detailing browser access via the Greenborne Security Assistant and command-line access via Greenborne Management Protocol clients.
Access in-app help and the user manual to learn about reports, dashboards, and resilience. Open the help icon, view per-tab manuals, and use the task wizard to create tasks.
Explore the open vars.org community forum to sign up, view FAQs, and find solutions for vulnerability tests by filtering categories and versions like CVM 20.08 or 21.04.
Learn how to find solved issues efficiently by filtering with category and tags in the Greenborne Professional edition, then use the tag solver to search keywords like 'connection refused'.
Openvas uses NVT scripts to detect vulnerabilities during scans, classifying findings by severity, family, and creation time, and presenting solution types to mitigate issues.
Identify a target's hardware, operating system, and applications via common platform enumeration (CPEs) in a Kali Linux OpenVAS scan, with vendor, product, version, language, and severity levels.
Explore the four main classes of oval definitions—vulnerability, compliance, inventory, and patch definition tests—and how they assess software presence, configurations, and required patches.
Learn how authenticated scans use credentials in OpenVAS to assess targets like Windows Server, using ssh, smb, and esxi credentials, and how to configure email reports and tasks.
Run a live test to determine if the host is online or offline by default. Use icmp ping, tcp service ping, tcp syn ping, and arp ping to assess status.
Create a new alert, name it, and set conditions such as task run status change to done or ticket received, choose delivery methods and options like severity and delta report.
Configure openvas default to detect vulnerabilities with and without cvar numbers, set host discovery with a network interface, and apply overrides, alterable task, and newest five report retention before saving.
Create and manage a container task in OpenVAS to group reports from multiple scans, import XML reports across offices, and organize them under a single container.
Install postfix on Kali Linux, configure the SMTP relay, and test email alerts to verify sending from the mail server.
Create and manage schedules for OpenVas scans by naming each schedule, setting the time zone, and choosing recurrence options from hourly to custom weekly or monthly with exact day selections.
Learn how OpenVAS scanners work in Kali Linux, noting community version limits on certificates and edits, while you verify and export scanners using host, port, and credentials.
Learn to filter vulnerabilities in OpenVas by creation date, including 2024, adjust page size, and sort by severity to view results such as Invictus efficiently.
Configure openvas for external access on the local network by binding to 0.0.0.0, restarting the server, and connecting to the greenborne security assistant via the LAN IP on port 9392.
Create and customize roles by cloning or editing predefined rules, assign users and permissions, manage create alert and schedule permissions, and grant group super permissions.
Create custom permissions in OpenVas by defining the permission name, description, resource type, subject type, and actions, then save to assign to a user, rule, or group.
Open the results and vulnerabilities sections to view all scans, compare with a single-scan report, and filter by severity to inspect vulnerabilities by name and host.
With the growing number of cyber attacks, system invasions, data theft, malware attacks such as Ransomware among others, vulnerability management to prevent invasions and ensure information security has become an indispensable task for IT professionals and organizations in general. In addition to implementing security mechanisms to protect oneself, it is necessary to know the vulnerabilities and deal with them. The issue of vulnerability management is so serious that even in the phase of a penetration test or cyber attack, the phase that precedes the invasion, is the discovery of vulnerabilities, i.e. when an attacker wants to attack a system, he will need to know the vulnerabilities and after knowing them, exploit them. Therefore, in this course you will have the opportunity to learn how to find the vulnerabilities in systems, find solutions, and elaborate a mitigation plan for them and implement countermeasures with the best practices guide according to the Center for Internet Security (CIS Control Set), an entity that works to support organizations to implement best practices for asset management and data backup. It is important to know how vulnerability scanners work for better positioning when it comes to decision making after analysis. After completing this course, you will be able to implement and manage OpenVas as well as assign tickets to the different people responsible for each department where vulnerabilities are detected as well as to IT professionals.