You can take the EC-Council's Network Defense Essentials course even if you are yet to gain experience in IT or cybersecurity. High school and college students and career switchers can take the course to advance their careers in cybersecurity.

EC-Council's N|DE course is an entry-level certification program focusing on the fundamentals of Network Security for students with no prior work experience. There are no prerequisites or eligibility requirements to apply for the course.

Yes, upon completion of the Network Defense Essentials (N|DE) course and passing the proctored exam, EC-Council will certify you, validating your knowledge and skills in this field.

The Network Defense Essentials (N|DE) helps you to secure entry-level cybersecurity roles, equipping you with strong technical foundational skills to meet industry standards. The course prepares you for job roles providing hands-on learning experience to handle real-world challenges while validating your competency with the EC-Council certification.

Yes, N|DE is a 100% online self-paced program so you can learn anytime, anywhere.

Master the principles behind secure access control. This module dives into IAM concepts and equips you with the skills to implement access control measures through hands-on labs, ensuring only authorized users can access your systems.

Topics Covered:
• Access Control Principles, Terminologies, and Models
• Identity and Access Management (IAM) Concepts

Explore the importance of establishing a strong security posture. This module highlights the role of security policies, relevant regulations, and user awareness training in creating a comprehensive security strategy.

Topics Covered:
• Regulatory Frameworks, Laws, and Acts
• Design and Develop Security Policies
• Conduct Different Types of Security and Awareness Training

Delve into the physical safeguards that complement technical security measures. This module explores the implementation of physical security controls to prevent unauthorized access to critical network components.

Topics Covered:
• Importance of Physical Security
• Physical Security Controls
• Workplace Security
• Environmental Controls

Go beyond the basics with a deep dive into technical security controls. This module explores firewalls, IDS/IPS systems, honeypots, and more, along with extensive labs to solidify your understanding.

Topics Covered:
• Types of Network Segmentation
• Types of Firewalls and their Role
• Types of IDS/IPS and their Role
• Types of Honeypots
• Types of Proxy Servers and their Benefits
• Fundamentals of VPN and its Importance in Network Security
• Security Incident and Event Management (SIEM)
• User Behavior Analytics (UBA)
• Antivirus/Anti-Malware Software

Demystify the security considerations unique to virtualized environments and cloud computing. This module explores best practices for securing cloud deployments, with hands-on labs to reinforce your learning.

Topics Covered:
• Virtualization Essential Concepts and OS
• Virtualization Security
• Cloud Computing Fundamentals
• Insights of Cloud Security and Best Practices

Explore the fundamentals of wireless technology, encryption mechanisms, and best practices for implementing robust wireless security measures. Hands-on labs provide practical experience.

Topics Covered:
• Wireless Network Fundamentals
• Wireless Network Encryption Mechanisms
• Types of Wireless Network Authentication Methods
• Implement Wireless Network Security Measures

Explore Mobile Device Management (MDM) solutions, common mobile security risks, and best practices for managing enterprise mobile usage. A hands-on lab is included.

Topics Covered:
• Mobile Device Connection Methods
• Mobile Device Management Concepts
• Common Mobile Usage Policies in Enterprises
• Security Risks and Guidelines Associated with Enterprises Mobile Usage Policies
• Implement Enterprise-Level Mobile Security Management Solutions
• Implement General Security Guidelines and Best Practices on Mobile Platforms

This module examines the unique security considerations for IoT devices and communication models. Learn how to secure these devices and protect your network from potential vulnerabilities. A hands-on lab reinforces key concepts.

Topics Covered:
• IoT Devices, Application Areas, and Communication Models
• Security in IoT-Enabled Environments

This module dives into cryptographic techniques and algorithms used to safeguard data. You'll also explore Public Key Infrastructure (PKI) and gain hands-on experience with various encryption tools through the included labs.

Topics Covered:
• Cryptographic Techniques
• Cryptographic Algorithms
• Cryptography Tools
• Public Key Infrastructure (PKI)

This module explores data security best practices, including encryption methods, data backup and retention strategies, and data loss prevention techniques. Hands-on labs equip you with the skills to implement these measures.

Topics Covered:
• Data Security and Its Importance
• Security Controls for Data Encryption 8
• Data Backup and Retention
• Data Loss Prevention Concepts

This module teaches you network traffic monitoring techniques to identify suspicious activity and potential security threats. Hands-on labs with tools like Wireshark provide practical experience in analyzing network traffic.

Topics Covered:
• Need and Advantages of Network Traffic Monitoring
• Determine Baseline Traffic Signatures for Normal and Suspicious Network Traffic
• Perform Network Monitoring for Suspicious Traffic