This OpenVAS training is designed to help participants understand and use OpenVAS for vulnerability scanning and security assessment in enterprise environments. The course covers vulnerability management fundamentals, OpenVAS architecture, scan configuration, target management, vulnerability analysis, reporting, and remediation workflows. Participants will gain hands-on experience to identify security weaknesses, interpret scan results, and support proactive risk mitigation using OpenVAS.

• Understand the architecture, components, and vulnerability assessment capabilities of OpenVAS for security testing.
• Install, configure, and manage OpenVAS environments for vulnerability scanning and security analysis.
• Configure scan targets, scan policies, schedules, and security assessment workflows effectively.
• Identify vulnerabilities, misconfigurations, and security risks across networks, systems, and applications.
• Analyze scan reports, prioritize remediation actions, and validate security improvements.
• Build effective vulnerability management and security assessment workflows using OpenVAS best practices.

 • Security analysts
 • SOC and security operations professionals
 • Network and system administrators
 • IT security engineers
 • Professionals involved in vulnerability assessment

 • Basic understanding of networking concepts
 • Familiarity with Linux systems is helpful
 • Interest in cybersecurity and vulnerability management

 • Understanding vulnerability management concepts
 • Navigating OpenVAS architecture and components
 • Configuring scan targets and tasks
 • Running authenticated and unauthenticated scans
 • Interpreting vulnerability scan results
 • Prioritizing risks based on severity
 • Generating and analyzing security reports
 • Supporting remediation and risk reduction

By the end of this training, participants will be able to perform effective vulnerability scanning and analysis using OpenVAS. Learners will gain strong fundamentals in vulnerability management, enabling them to proactively identify security risks and support organizational cybersecurity efforts.

Introduction to Vulnerability Management & OpenVAS
 • Importance of vulnerability scanning
 • Overview of OpenVAS and Greenbone ecosystem
 • Vulnerability management lifecycle
 • OpenVAS use cases

OpenVAS Architecture & Installation Overview
 • Core components and services
 • Scanner, manager, and feed concepts
 • Installation and setup overview
 • Updating vulnerability feeds

Targets, Tasks & Scan Configuration
 • Defining scan targets
 • Creating scan tasks
 • Selecting scan configurations
 • Managing credentials for scans

Running Vulnerability Scans
 • Authenticated vs unauthenticated scans
 • Scheduling scans
 • Monitoring scan progress
 • Handling scan errors

Vulnerability Analysis & Risk Prioritization
 • Understanding CVEs and CVSS scores
 • Analyzing scan results
 • Identifying false positives
 • Prioritizing remediation actions

Reporting & Dashboards
 • Standard OpenVAS reports
 • Custom report generation
 • Exporting scan results
 • Communicating findings to stakeholders

Remediation & Patch Management Concepts
 • Linking vulnerabilities to patches
 • Remediation planning
 • Validation and re-scanning
 • Continuous improvement

Operational Best Practices & Security Considerations
 • Scan performance optimization
 • Credential security
 • Network impact considerations
 • Ethical and compliance awareness

OpenVAS Practical Workshop & Best Practices
 • Configuring and executing vulnerability scans
 • Analyzing real-world scan results
 • Creating remediation-focused reports
 • Final workshop review and best practices

• OpenVAS Setup & Vulnerability Assessment Architecture
• Target Configuration, Scan Policies & Scheduling
• Vulnerability Scanning & Security Analysis
• Reporting, Risk Prioritization & Remediation Planning
• End-to-End Vulnerability Assessment Project

Participants will be evaluated through hands-on OpenVAS labs, practical vulnerability assessment exercises, instructor-led reviews, and a final assessment focused on executing and analyzing vulnerability scans.

Participants will receive course materials, slides, reference materials, exercises and access to resources for further learning.

Upon successful completion of the training, participants will receive an AcadNXT Certificate of Completion for OpenVAS. This digital, verifiable certification validates practical OpenVAS usage, vulnerability assessment skills, and foundational cybersecurity risk management knowledge and can be shared on LinkedIn and included in professional profiles to enhance cybersecurity career credibility.