Security Operations & Incident Response Training Course

This course equips participants with practical skills to monitor, detect, investigate, and respond to cybersecurity incidents within an organization. It focuses on Security Operations Center (SOC) functions, threat detection, incident handling, digital forensics basics, and coordinated response strategies. Participants will learn how to minimize damage from security breaches and strengthen organizational cyber resilience.

Target Groups

• SOC analysts and cybersecurity professionals
• IT security engineers and administrators
• Incident response team members
• Network and system administrators
• Risk and compliance officers
• DevSecOps engineers
• Government and enterprise IT security teams
• Digital forensics practitioners
• Students in cybersecurity and IT fields
• Anyone involved in cyber defense and incident handling

Course Objectives

By the end of this course, participants will be able to:

• Understand security operations center (SOC) functions
• Detect and analyze cybersecurity threats
• Respond effectively to security incidents
• Apply incident response frameworks and procedures
• Use security monitoring and logging tools
• Conduct basic digital forensic investigations
• Contain and mitigate security breaches
• Improve organizational incident readiness
• Strengthen cyber resilience and recovery processes
• Implement continuous security improvement practices

Course Modules

Module 1: Introduction to Security Operations

• Overview of cybersecurity operations
• Role of SOC in organizations
• Types of cyber threats and attacks
• Security operations lifecycle
• Key SOC roles and responsibilities

Module 2: Threat Detection and Monitoring

• Security monitoring principles
• Log collection and analysis
• Intrusion detection systems (IDS/IPS)
• SIEM tools and dashboards
• Identifying suspicious activity

Module 3: Incident Response Fundamentals

• Incident response lifecycle
• Preparation and planning
• Identification and classification of incidents
• Containment strategies
• Eradication and recovery

Module 4: Security Event Analysis

• Event correlation techniques
• Alert triage and prioritization
• False positives vs true threats
• Threat intelligence integration
• Behavioral analysis techniques

Module 5: Digital Forensics Basics

• Introduction to digital forensics
• Evidence collection and preservation
• Chain of custody principles
• Disk, network, and memory forensics overview
• Basic forensic tools and techniques

Module 6: Malware Analysis and Threats

• Types of malware (viruses, ransomware, trojans)
• Malware behavior analysis
• Indicators of compromise (IOCs)
• Reverse engineering basics
• Threat mitigation strategies

Module 7: Incident Containment and Mitigation

• Short-term vs long-term containment
• Isolation of affected systems
• Eradication of threats
• System recovery procedures
• Post-incident stabilization

Module 8: Communication and Coordination

• Incident communication protocols
• Internal and external reporting
• Coordination with stakeholders
• Legal and regulatory reporting requirements
• Crisis communication during incidents

Module 9: Post-Incident Activities

• Incident review and lessons learned
• Root cause analysis
• Reporting and documentation
• Improving security controls
• Updating incident response plans

Module 10: Capstone Project and Case Studies

• Incident response simulation exercise
• SOC operations scenario analysis
• Cyberattack case study analysis
• Threat detection and response project
• Emerging trends in security operations, AI-driven threat detection, automated incident response (SOAR), threat intelligence platforms, and next-generation SOC architectures