Cyber Range Platform training provides intermediate to advanced learners with hands-on experience in attack simulation, cyber defense, threat hunting, incident response, and realistic cybersecurity scenarios.

 

Duration 5 Days – 40 hrs.

 

Overview

The Cyber Range Platform Training Course is designed to enhance the technical competencies of intermediate to advanced cybersecurity personnel through immersive, hands-on simulation exercises in a controlled Cyber Range environment.

This program focuses on developing real-world skills in threat detection, analysis, and incident response, enabling participants to experience realistic cyberattack scenarios across enterprise infrastructures. Through guided labs and live simulations, participants will strengthen their ability to defend systems, investigate incidents, and respond effectively to evolving cyber threats.

The training culminates in a capstone Cyber Range exercise, where participants apply their knowledge in a full-scale attack simulation. Successful participants will be awarded a Certificate of Completion.

 

Objectives

• Understand Cyber Range platforms, architecture, and use cases
• Navigate and operate Cyber Range environments effectively
• Detect cyber threats using security monitoring tools
• Analyze security events, logs, and indicators of compromise (IoCs)
• Apply structured incident response methodologies
• Perform threat hunting and root cause analysis
• Simulate and respond to real-world cyberattack scenarios
• Collaborate within a SOC (Security Operations Center) environment
• Evaluate and improve organizational cyber defense readiness

 

 Target Audience

• SOC Analysts (Tier 1–3)
• Cybersecurity Analysts and Engineers
• Incident Response Teams
• IT Security Specialists
• Network/System Administrators with security responsibilities
• Threat Intelligence and Risk Analysts

 

Prerequisites

• Intermediate knowledge of cybersecurity fundamentals
• Familiarity with networking concepts (TCP/IP, DNS, HTTP/S)
• Basic understanding of Windows and Linux environments
• Exposure to security tools (SIEM, EDR, Firewalls)
• Knowledge of common cyber threats and attack vectors

 

Course Outline

 

Module 1: Cyber Range Fundamentals

• Introduction to Cyber Range platforms
• Benefits and enterprise use cases
• Types of Cyber Range (Cloud, On-Premise, Hybrid)
• Overview of simulation environments
• Ethics, compliance, and safe testing practices

 

Module 2: Cyber Range Environment Setup & Navigation

• Platform walkthrough and architecture
• Accessing virtual labs and systems
• Scenario configuration and execution
• Overview of integrated security tools
• Hands-on Lab: Environment familiarization

 

Module 3: Threat Landscape & Attack Techniques

• Modern cyber threat landscape
• MITRE ATT&CK framework overview
• Common attack vectors:
  • Phishing and credential attacks
  • Malware and ransomware
  • Web application exploits
  • Network-based attacks
• Lab: Attack simulation and identification

 

Module 4: Security Monitoring & Detection

• Security monitoring fundamentals
• SIEM concepts and dashboards
• EDR and endpoint monitoring
• IDS/IPS basics
• Log analysis and alert prioritization
• Lab: Detecting suspicious activities

 

Module 5: Incident Analysis & Threat Hunting

• Identifying Indicators of Compromise (IoCs)
• Event correlation and timeline reconstruction
• Threat hunting methodologies
• Root cause analysis
• Lab: Investigating simulated incidents

 

Module 6: Incident Response & Containment

• Incident response lifecycle (NIST framework)
• Developing response playbooks
• Containment, eradication, and recovery
• Communication and reporting during incidents
• Lab: Incident response simulation

 

Module 7: Digital Forensics Basics

• Introduction to digital forensics
• Evidence handling and preservation
• Log and system analysis fundamentals
• Post-incident reporting
• Lab: Forensic investigation scenario

 

Module 8: Red Team vs Blue Team Exercises

• Overview of adversarial simulations
• Roles and responsibilities:
  • Red Team (attack simulation)
  • Blue Team (defense and response)
• Attack-defense coordination
• Lab: Live Red vs Blue exercise

 

Module 9: Advanced Cyberattack Scenarios

• Multi-stage attacks and Advanced Persistent Threats (APTs)
• Insider threats and lateral movement
• Cloud and hybrid infrastructure attacks
• Defense strategies for complex environments
• Lab: Advanced attack simulation

 

Module 10: Capstone Cyber Range Exercise

• Full-scale enterprise attack simulation
• Team-based response under time constraints
• Real-time monitoring, detection, and mitigation
• Performance evaluation:
  • Detection accuracy
  • Response time
  • Decision-making effectiveness
• Final assessment and feedback