Virtual Labs

Practice Using Cutting-Edge Tools in Virtual Cybersecurity Labs

Prepare Yourself for Real-World Cybersecurity Scenarios

Experience fully customizable virtual labs that cater to the learning needs of everyone involved in cybersecurity — from beginners to seasoned professionals. With virtual private cloud hosting, there’s no setup or installation required to get started. 

You can log in from anywhere, at any time, to access preconfigured simulations, networks, and cybersecurity tools in secure environments, giving you unparalleled hands-on practice to gain new skills and sharpen existing ones.

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Virtual Labs Revolutionize the Way You Learn Cybersecurity

Practical, Scalable & Always on-demand

Skills You Can Gain Through Virtual Labs

EC-Council University’s Virtual Labs are the ultimate resource for cybersecurity professionals looking to upskill or fine-tune their talents in ethical hacking, penetration testing, computer forensics, secure coding, network security, and much more. Depending on the course you’re attempting, you’ll have access to Virtual Labs such as EC-Council iLab, MindTap, JBL Labs, or CompTIA TestOut.

How Virtual Labs Work

You can gain a cyber security scholarship for your ECCU program in three simple steps!

01

Log in to Virtual Labs 

02

Review the session's objectives and goals

03

Launch a virtual lab environment 

04

Practice the virtual lab exercises and complete the objectives 

Key Benefits of Practicing in Virtual Labs

Learn in a secure environment

Immersive, experiential learning

Fully customizable practice arenas

Use the latest cybersecurity tools

Zero risk to your personal data

Unrestricted 24/7 access

Unlimited practice attempts

Over 400 lab exercises

Experience Virtual Labs for Yourself

Frequently Asked Questions

What are EC-Council University’s virtual practice labs?

Virtual practice labs are cloud-based, simulated environments where students can safely practice real-world cybersecurity tasks without risking actual systems. These labs replicate enterprise-level networks, servers, and security tools, allowing students to practice penetration tests, configure firewalls, analyze malware, or respond to cyber incidents hands-on.

As cybersecurity is a practical discipline, students must apply theory to real-world scenarios. Virtual labs provide this hands-on experience in a risk-free environment. They bridge the gap between classroom learning and real-world job requirements, helping students build technical confidence and problem-solving skills.

ECCU’s virtual practice labs include a wide range of cybersecurity exercises, such as: 

  • Penetration testing (using Metasploit, Nmap, Burp Suite, etc.) 
  • Digital forensics investigations 
  • Incident response simulations 
  • Network traffic analysis 
  • Malware reverse engineering 
  • SIEM log monitoring and threat hunting 
  • Cloud security configuration 
  • And many more 

Typically, no. Most exercises are browser-based and accessible through a secure online portal. All tools and virtual machines run in the cloud, so you only need a reliable internet connection and a standard web browser. However, some exercises may offer downloadable options for offline practice.

Yes. ECCU’s cybersecurity courses feature virtual labs that mirror real-world enterprise environments, complete with simulated networks, operating systems (Windows, Linux, etc.), and security appliances (firewalls, IDS/IPS, SIEMs). These labs use the same tools and configurations that cybersecurity professionals encounter on the job.

Absolutely. One of the main advantages of virtual labs is that they can be reset to their original state anytime. Learners are encouraged to experiment, fail, and retry until they master a skill, without worrying about damaging real systems or compromising data.

Labs are typically embedded into each ECCU course module. For example, after learning about network security concepts, students may immediately apply their knowledge in a corresponding lab exercise.

Yes, ECCU’s advanced labs feature interactive red team vs. blue team simulations. Students can play both attacker and defender roles, launching simulated cyberattacks (like phishing, exploitation, or privilege escalation) and then implementing defenses or performing incident responses. These scenarios help develop both offensive and defensive skill sets. 

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