Duration 5 Days – 35 hrs.

 

Overview

The Offensive Security Training Course is designed to provide participants with a structured understanding of ethical hacking, penetration testing, vulnerability assessment, and attacker techniques used to evaluate and improve an organization’s security posture.

The course focuses on lawful and authorized security testing. Participants will learn how offensive security engagements are planned, scoped, executed, documented, and communicated to stakeholders. The course covers reconnaissance, vulnerability identification, web application testing concepts, network security testing, social engineering awareness, exploitation concepts, post-assessment reporting, and remediation guidance.

This course is ideal for IT and cybersecurity professionals who want to understand how attackers think, how weaknesses are discovered, and how organizations can use offensive security practices to strengthen defenses.

 

Objectives 

• Understand the principles, purpose, and scope of offensive security.
• Explain the difference between vulnerability assessment, penetration testing, red teaming, and ethical hacking.
• Understand legal, ethical, and authorization requirements for security testing.
• Identify common attack surfaces across networks, systems, applications, and users.
• Understand the offensive security testing lifecycle and methodology.
• Recognize common vulnerabilities and how they are discovered.
• Understand basic exploitation concepts in a controlled and authorized environment.
• Interpret findings and prioritize vulnerabilities based on business risk.
• Prepare clear penetration testing reports with practical remediation recommendations.
• Support the organization in improving its security posture through offensive security insights.

  

Target Audience 

• Cybersecurity Professionals
• Security Analysts
• SOC Analysts
• Network Administrators
• System Administrators
• IT Infrastructure Engineers
• Web Application Developers
• IT Auditors
• Risk and Compliance Personnel
• Technical Support Engineers
• IT Managers overseeing security assessments
• Professionals preparing for ethical hacking or penetration testing roles

 

Prerequisites 

• Basic understanding of networking concepts such as IP addressing, ports, protocols, DNS, HTTP, and routing
• Basic knowledge of operating systems, especially Windows and Linux
• Familiarity with cybersecurity fundamentals
• Basic command-line experience is helpful
• Basic understanding of web applications is an advantage
• No prior penetration testing experience is required for the foundational version

 

Course Outline

 

Day 1: Offensive Security Fundamentals and Methodology 

Module 1: Introduction to Offensive Security 

• What is offensive security?
• Purpose of ethical hacking and penetration testing
• Offensive security vs. defensive security
• Vulnerability assessment vs. penetration testing
• Red teaming vs. penetration testing
• Common offensive security roles
• Benefits of offensive security for organizations

 Module 2: Legal, Ethical, and Engagement Requirements 

• Importance of authorization and written approval
• Rules of engagement
• Scope definition and limitations
• Testing windows and business impact considerations
• Data handling and confidentiality
• Responsible disclosure
• Professional ethics in offensive security
• Avoiding unauthorized or harmful activity

 Module 3: Offensive Security Lifecycle 

• Pre-engagement planning
• Reconnaissance
• Enumeration
• Vulnerability identification
• Exploitation validation
• Post-exploitation concepts
• Risk analysis
• Reporting and remediation
• Retesting and closure

 Module 4: Lab Safety and Testing Environment 

• Importance of controlled testing environments
• Safe use of virtual labs
• Test accounts and test systems
• Avoiding production disruption
• Documentation during testing
• Evidence collection standards
• Handling sensitive findings

 

Day 2: Reconnaissance, Enumeration, and Vulnerability Discovery 

Module 5: Reconnaissance Concepts 

• Passive vs. active reconnaissance
• Public information gathering
• Domain and organization footprinting
• Technology identification
• Open-source intelligence overview
• Attack surface mapping
• Documentation of discovered assets

 Module 6: Network Enumeration Concepts 

• Understanding network discovery
• Identifying hosts, ports, and services
• Service version identification
• Common network protocols
• Interpreting scan results
• Reducing false positives
• Safe enumeration practices

 Module 7: Vulnerability Assessment 

• What is a vulnerability?
• Common vulnerability categories
• CVE, CVSS, and risk scoring
• Vulnerability scanning overview
• Manual validation of findings
• Prioritizing vulnerabilities
• Vulnerability management workflow 

Module 8: Common Infrastructure Weaknesses 

• Weak passwords and poor authentication controls
• Missing patches and outdated services
• Misconfigured services
• Unnecessary exposed ports
• Weak remote access controls
• Insecure file sharing
• Default accounts and configurations
• Inadequate logging and monitoring

 

Day 3: Web Application and Identity Security Testing Concepts 

Module 9: Web Application Security Overview 

• How web applications work
• HTTP and HTTPS basics
• Client-side and server-side components
• Authentication and session management
• Input validation
• Access control
• Secure development considerations 

Module 10: Common Web Application Vulnerabilities 

• Injection vulnerabilities
• Cross-site scripting concepts
• Broken authentication
• Broken access control
• Security misconfiguration
• Sensitive data exposure
• Insecure file upload
• Cross-site request forgery concepts
• API security weaknesses
• Introduction to OWASP Top 10

 Module 11: Identity and Access Testing Concepts 

• Password policy review
• Multi-factor authentication review
• Role-based access control testing
• Privilege escalation concepts
• Account lockout and login protection
• Session timeout review
• Access review findings
• Identity-related risk reporting

 Module 12: Social Engineering Awareness and Human Risk 

• Social engineering overview
• Phishing and business email compromise
• Pretexting and impersonation risks
• Physical security awareness
• User awareness gaps
• Safe and authorized social engineering simulations
• Reporting human-factor risks
• Building awareness without blame

 

Day 4: Exploitation Concepts, Privilege Risk, and Defensive Mapping 

Module 13: Exploitation Concepts in Authorized Testing 

• Purpose of exploitation validation
• Confirming risk without causing harm
• Proof-of-concept vs. harmful exploitation
• Limiting impact during testing
• Evidence collection
• Business risk interpretation
• When to stop testing and escalate

 Module 14: Privilege and Lateral Movement Concepts 

• Understanding privilege levels
• Local vs. domain privileges
• Misconfigured permissions
• Credential exposure risks
• Lateral movement concepts
• Segmentation weaknesses
• Importance of least privilege
• Mapping findings to business impact

 Module 15: Defensive Control Evaluation 

• Evaluating preventive controls
• Evaluating detective controls
• Reviewing firewall and access rules
• Endpoint protection observations
• Logging and alerting visibility
• Incident response readiness
• Security monitoring gaps
• Recommendations for improvement

 Module 16: Threat Modeling and Attack Path Analysis 

• What is attack path analysis?
• Identifying critical assets
• Mapping possible attack routes
• Understanding chained vulnerabilities
• Prioritizing high-impact weaknesses
• Risk-based remediation planning
• Communicating attack paths to management

 

Day 5: Reporting, Remediation, and Capstone Workshop 

Module 17: Penetration Testing Reporting 

• Purpose of a penetration test report
• Executive summary
• Scope and methodology
• Finding severity ratings
• Evidence and screenshots
• Business impact statement
• Technical details
• Remediation recommendations
• Retesting notes

 Module 18: Remediation Planning 

• Translating findings into action items
• Quick fixes vs. long-term improvements
• Patch management recommendations
• Secure configuration improvements
• Access control improvements
• Network segmentation recommendations
• Security awareness actions
• Tracking remediation closure

 Module 19: Communication and Stakeholder Management 

• Presenting technical findings to non-technical audiences
• Communicating risk clearly
• Avoiding blame-based reporting
• Prioritizing findings with stakeholders
• Handling sensitive discoveries
• Working with IT, security, compliance, and management teams

 Module 20: Capstone Workshop 

• Review of a simulated organization scenario
• Identify assets and attack surface
• Review sample vulnerability findings
• Map potential attack paths
• Prioritize risks
• Prepare a sample executive summary
• Recommend remediation actions
• Group presentation and discussion

Optional Hands-On Activities

Depending on the approved lab environment, the course may include:

• Reconnaissance and asset inventory exercise
• Network discovery interpretation exercise
• Vulnerability scan review and validation
• Web application vulnerability identification in a safe lab
• Access control review scenario
• Attack path mapping workshop
• Sample penetration test report writing
• Remediation planning exercise