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certified network defender cnd certification

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Overview Learning Objectives Who Should Attend Prerequisite Outline Certification

Course Overview

The 5-day Certified Network Defender training program equips participants with the knowledge and abilities needed to protect, recognize, and resolve security threats on a network. It covers a wide range of subjects, including security rules, network topology, system locations, traffic, performance, and consumption, as well as other subjects frequently under network administrators' purview. To evaluate the topic and understand how networks work, learners will get a fundamental understanding of network technologies, software technologies, and the idea of data transfer. Additionally, they will learn about software automation. Additionally, by providing modules on the principles of network defense, this course will help learners create incident response plans and network security policies that are more successful.

Aside from that, several modules will address the complexities of network traffic signature, analysis, vulnerability scanning, and the implementation of network security policies and protocols, perimeter appliances, secure IDS, VPN, and firewall setup. Its foundations are a cybersecurity education framework and a job-task analysis. Those responsible for maintaining the integrity of the network infrastructure must attend this course. Take advantage of the Vinsys Qatar Certified Network Defender (CND) program to acquire sophisticated abilities for safeguarding and defending your network infrastructure. Develop into a skilled network security specialist ready to take on contemporary cyber threats and guarantee strong organizational security.

Course Objectives

You will learn how to undertake the following tasks:

•Organizing and managing network security for businesses.
Identifying vulnerabilities, challenges, and dangers related to security.
Ensuring adherence to legal requirements
Creating and carrying out network security regulations
Using security guidelines in mobile and distributed computing settings
Putting encryption, network segmentation, and identity and access management into practice
Handling Security Administration for Windows and Linux
Addressing IoT and mobile device security vulnerabilities
Implementing robust data security measures into practice
Maintaining cloud platforms and virtualization technologies secure
Putting security measures in place for wireless networks
Making assessments of vulnerabilities and risks
Responding initially to security-related issues
Recognizing Attack and Compromise Indicators
Using threat intelligence in conjunction with proactive defense
Conducting Attack Surface Analysis
Supporting the planning of disaster recovery and business continuity
Keeping an eye on network activity and managing logs
Taking care of proxies, content filtering, and fixing network problems
Choosing firewall options and hardening endpoint security
Setting up IDS/IPS to improve security
Keeping track of network device inventories
Supplying directions and instructions on security awareness
Managing AAA for network devices
Examining audit records and identifying unusual security behavior
Updating and setting up security platforms
Assessing operational protocols and security goods
Recognizing and categorizing resources within an organization
Putting system integrity monitoring instruments into practice
Comprehending UEBA and EDR/XDR solutions
Carrying out PIA procedures for privacy evaluation
Working together on incident response and threat-hunting
Recognizing SOAR platforms for cybersecurity activities
Incorporating the concepts of Zero Trust into security infrastructures
Keeping abreast of new cyber threats
Recognizing AI and ML's place in cyber protection.

Audience

This course is perfect for:

Network Administrators
Managers of Network Security
Network Specialist
Network Security
Network Analyst
Safety Expert
Analyst for Security
Cybersecurity Engineer

Eligibility Criteria

The following are the minimal requirements needed to complete the Certified Network Defender course:

Familiarity with networking principles, such as TCP/IP, and comprehension of data transmission across networks.
Familiarity with popular operating systems and Windows, Linux, and mobile OS endpoint security.
General understanding of fundamental security principles, such as what defines a vulnerability, threat, and risk.
Although not required, prior experience with network equipment (such as switches and routers) and security appliances (such as firewalls and IDS/IPS) might be helpful.
Though not required, any prior IT expertise, especially in network administration or cybersecurity jobs, might improve understanding of the course material.

Course Outline

Module 1: Network Defense Management

Describe key terms associated with network security attacks.
List the several types of network-level attack methods.
List the several types of host-level attack methods.
Describe the different application-level attack tactic samples.
Give some instances of social engineering assault methods.
List the many types of email attack methods.
List the several types of assault methods that are peculiar to clouds.
Describe the numerous instances of attack strategies unique to wireless networks.
Describe the frameworks and methods used by attackers to hack
Recognize the main objectives, advantages, and difficulties of network defense.
What does continuous/adaptive security mean?

Module 2: Administrative Network Security

Describe the defense-in-depth security approach.
Ensure adherence to legal frameworks.
Acts, Laws, and Regulatory Frameworks.
Learn how to create and implement security measures.
Provide security awareness instruction.
Talk about additional administrative security precautions.

Module 3: Technical Network Security

Discuss the concepts, terminology, and guiding principles of access control.
Redefine access control security.
Explain about the concepts of Identity and Access Management (IAM).
Strategies for cryptographic security.
Explain about different cryptography algorithms.
Advantages of network segmentation approach for security.
Crucial network security fixes.
Protocols for network security.

Module 4: Network Perimeter Security

Constraints, capabilities, and problems related to firewall security.
Firewall technologies and how they are used.
Recognize firewall topologies and how to use them.
Differences between host, network, hardware, software, internal, and external firewalls.
Choose firewalls according to their capacity for extensive traffic inspection.
Deployment and implementation of firewalls.
Best practices and guidelines for a secure firewall. Execution and distribution
Learn about the management of firewalls.
Function, capabilities, constraints, and issues surrounding the implementation of IDS.
Categorization of IDS/IPS. Talk about the different IDS components.
Talk about deploying network and host-based IDS effectively.
Discover how to respond to IDS alarms that are both false positive and false negative.
Learn about choosing the right IDS solutions.
Different NIDS and HIDS solutions and how they can identify intrusions.
Best practices, suggestions, and security measures for switches and routers.
Use the Software-Defined Perimeter (SDP) to leverage security for the Zero Trust Model.

Module 5: Windows Systems - Endpoint Security

Recognize Windows OS and Security Issues
Windows Security Features
Different Windows Security Features
Windows security baseline setups.
Learn about Windows Password and User Account Management.
Windows Patch Management.
User Access Management.
Windows OS Security Hardening Methods.
Best practices for Windows Active Directory security.
Examine Windows Network Services and Security Protocols.

Module 6: Security of Endpoints on Linux Systems

Recognize Linux OS and Security Issues
Installing and patching Linux.
Linux OS Hardening Methods
Linux Password Management and User Access.
Security for remote access and Linux networks.
Different Linux Security Frameworks and Tools
Module 7: Endpoint Security - Mobile Devices
Common Mobile Usage Policies in Enterprises
Security Risks and challenges associated with Enterprises mobile usage policies
Guidelines to mitigate risk associated with enterprise mobile usage policies
Implement various enterprise-level mobile security management Solutions
General security guidelines and best practices on Mobile platform
Security guidelines and tools for Android devices
Security guidelines and tools for iOS devices

Module 7: Endpoint Security-IoT Devices

Understand IoT Devices, their need, and Application Areas
Understand IoT Ecosystem and Communication models
Security Challenges and risks associated with IoT-enabled environments
Discuss the security in IoT-enabled Environments
Discuss Security Measures for IoT-enabled Environments
IoT Security Tools and Best Practices
Various Standards, Initiatives, and Efforts for IoT Security

Module 8: Application Security for Administration

Examine and put into practice application blacklisting and whitelisting.
Application sandboxing.
Application Patch Management into practice.
Web Application Firewall (WAF) into practice.

Module 9: Data Security

Know Data Security and Its Significance
Putting data access controls in place.
"Data at rest" encryption
Use of encryption for "data in transit."
Encryption of "data in transit" between a web server and a browser.
Encryption of "data in transit" between web and database servers.
Use of "data at transit" encryption in email delivery.
Data Masking Ideas
Data preservation and backup.
Concepts of data destruction.
Concepts of Data Loss Prevention (DLP)

Module 10 : Enterprise Virtual Network Security

Recognize the Fundamentals of Virtualization
Virtualization of Networks (NV) Safety
Security for Software-Defined Networks (SDNs).
Security of Network Function Virtualization (NFV).
OS Virtualization Safety
Best practices, guidelines, and suggestions for security using containers.
Dockers security guidelines, best practices, and suggestions.
Security Guidelines, recommendations, and best practices for Kubernetes

Module 11: Enterprise Cloud Network Security

Recognize the Basics of Cloud Computing
Cloud Security Insights
Examine CSP's security measures before using cloud services.
Amazon Cloud (AWS) security.
Microsoft Azure Cloud security.
Google Cloud Platform (GCP) security.
Basic security best practices and cloud security technologies.

Module 12: Enterprise Wireless Network Security

Understand wireless network fundamentals
Understand wireless network encryption mechanisms
Understand wireless network authentication methods
Discuss and implement wireless network security measures

Module 13: Incident Detection

Understand the need and advantages of network traffic monitoring
Setting up the environment for network monitoring
Determine baseline traffic signatures for normal and suspicious network traffic.
Perform network monitoring and analysis for suspicious traffic using Wireshark.
Discuss network performance and bandwidth monitoring concepts

Module 15: Handling Incidents

Reaction to incidents and forensic analysis
Recognize the idea of incident response.
Recognize the first responder's role in incident response.
First response: talk about the dos and don'ts.
Explain the method for managing and responding to incidents.
Explain the procedure of forensic inquiry.

About The Certification

To become certified as a Certified Network Defender (CND), a candidate must pass test 312-38. Earning the Certified Network Defender credential is advised for those who want to turn their basic understanding of computer networking into a fulfilling job in the security sector. This certification will help them gain vital network security and network defense abilities, significantly improving their careers and salaries. By obtaining the CND certification, you will become an expert in network security, acquire the abilities needed to shield networks from cyberattacks, and boost your professional reputation in an in-demand industry.

About The Exam :

You will get a voucher covering the cost of the certification test upon completion of this course. This facilitates the certification process by enabling you to take the exam whenever convenient. There is a great need for network administrators, SOC analysts, and network security engineers. By completing the EC-Council CND v2 certification test, security practitioners and those aspiring to enter this area may verify their cybersecurity abilities. The details of the exam are listed below:

Number of Questions: 100
Test Duration: 4 Hours
Test Format: Multiple Choice
Exam Prefix: 312-38 (ECC EXAM)
Minimum Passing Score: 70%

Choose Your Preferred Mode

Online Training

Take advantage of interactive online training tools.
Experience the convenience of self-paced learning.
Take live training sessions with experienced trainers to get solutions and discussions instantly.
Gain convenient and flexible access to training courses anytime and from any location.

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Corporate Training

Incorporate technology-assisted instructional techniques such as online learning environments and virtual labs.
Provide employees with different work schedules and flexible training hours.
After training, give participants the resources and ongoing support they need to apply their newly acquired skills to their jobs.
Assign subject-matter specialists who can translate abstract concepts into real-world business scenarios.

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FAQ’s

Who gains the most from this certification?

For those working in various capacities, such as entry-level network administrators, entry-level network security administrators, data security analysts, junior network security engineers, junior network defense technicians, security analysts, and security operators, earning the Certified Network Defender (CND) certification is very advantageous.

Does this course prepare you for a certification?

Indeed. You will be ready to take the EC-Council (ECC) Certified Network Defender (CND) certification exam. The American Council on Education (ACE), the ANSI Board of Accreditation (ANAB), and the U.S. Department of Defense (DoD) 8140 Accredited all recognize the certification. Following your complete completion of the course and payment obligations, you will receive an exam voucher.

When is the course scheduled to begin?

You may sign up and begin the course as soon as you're ready because enrollment is open. It may take 24 to 48 business hours to access your course.

How much time is needed to finish this course?

You may begin this self-paced, open-enrollment course whenever you'd like. The course lasts for five days after it starts.

What sort of assistance may I expect?

Our courses are designed to accommodate various learning preferences. You could receive help in many ways, depending on how the course is structured. Self-paced courses are made with the user's independence and ease of use, reducing the need for outside assistance. Our direct platform support tool allows for inquiries, conversations, and remediation in courses with instructors. For some courses, email and phone help are also accessible.

Do I have an employment guarantee?

This course will usually give you the skills you need to land an entry-level job. Before enrolling, those interested should always research the local job market.

Why Is Vinsys My Learning Partner of Choice?

Vinsys is one of the top companies offering professional training and development courses. After 20 incredible years in the training business, we have developed our training approaches to keep up with the ever-evolving trends of the modern world. Thousands of professionals worldwide have significantly benefited from our most recent advances in the training sector as they work toward their certifications.

Why Vinsys

Seasoned Instructors

Official Vendor Partnerships

Authorized Courseware

3,000+ Courses & 2,000+ Modules

In Synch with Tech-advancements

Customizable Blended Learning Options

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Reviews

I'm delighted that I signed up for this course. It provided me with awareness and an inside look into the workings of internet security and a wealth of information to assist me in safeguarding my system. Many thanks for it

Kajal kapurProject Manager

The Vinsys CND course was a great experience to take. I gained a lot of knowledge that will help me evaluate the security measures now in place and create strategies for setting them up and putting them into place. I am appreciative of Vinsys

Rahul KumarIT Head

Our projects improved once we enrolled our employees in Vinsys' CND training. Vinsys' cutting-edge methods and training resources made it easy for our team to create thorough procedures to safeguard the network infrastructure.

Riyaal el-DawoodData Base Enginner

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Certified Network Defender (CND) Certification Training in Qatar