Network Defense Fundamentals: Training for IT Beginners

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Meta Brains

3:41:04

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1 - Introduction

2 - The overview of the different types of network defense approaches.mp4

04:36

3 - The different types of Network security controls.mp4

07:39

4 - Basic Linux concepts.mp4

03:18

2 - Identification authentication and authorization

5 - The different types of identifications overview.mp4

01:55

6 - The different types of authentications overview.mp4

04:48

7 - The different types of authorization overview.mp4

02:50

3 - Network security controls physical controls

8 - Understanding the importance of physical security.mp4

04:12

9 - The different physical security attack vectors.mp4

04:09

10 - Understanding the various environmental controls.mp4

03:51

4 - Network security controls technical controls

11 - Understanding Network segmentation and its types.mp4

05:25

12 - Understanding the different types of firewalls and their roles.mp4

06:05

13 - Understanding the different types of IDSIPS and their roles.mp4

04:48

14 - The different types of proxy servers and their benefits.mp4

03:53

15 - The fundamental understanding of VPN and their importance in a network.mp4

04:31

16 - Overview of antivirusantimalware software.mp4

05:13

5 - Virtualization and cloud computing

17 - Understanding virtualization and its components.mp4

06:10

18 - OS virtualization security.mp4

05:57

19 - Cloud computing and its benefits.mp4

04:29

20 - Overview of different types of cloud computing service.mp4

05:16

21 - Importance of cloud computing and its best practice.mp4

05:29

6 - Wireless network security

22 - Wireless network encryption mechanism.mp4

05:19

23 - Understanding the different types of wireless network authentication methods.mp4

09:48

24 - Wireless security measures and wireless security tools.mp4

04:38

7 - IoT device Security

25 - Understanding IoT architecture and communication models.mp4

09:53

26 - Understanding the best practice tool for IoT for security.mp4

05:52

8 - Cryptography and public key infrastructure

27 - Cryptography techniques.mp4

05:45

28 - The different Encryption algorithm.mp4

05:51

29 - The different hashing algorithm.mp4

04:50

30 - Different cryptography tools and hash calculators.mp4

03:16

31 - PKI infrastructure.mp4

04:24

9 - Data security

32 - The different data security controls for data encryption.mp4

24:28

33 - File encryption removablemedia encryption and disk encryption.mp4

05:11

34 - Methods and tools for data backup retention Part 1.mp4

04:21

35 - Methods and tools for data backup retention Part 2.mp4

05:48

36 - DLPS data loss prevention and solutions.mp4

04:12

10 - Mini Projects

37 - The implementation of an IDSIPS Snort on a Linux based system.mp4

03:48

38 - Installation of snort and its libraries Both Linux and ubuntu.mp4

03:40

39 - Configuration of snort for IDS IPS functionalities.mp4

04:00

40 - Timezone configuration and swap files in firewall.mp4

03:21

41 - How to setup a VPN.mp4

02:19

42 - Firewall configuration.mp4

05:46

Description

Building Strong Foundations in Cybersecurity and Information Protection

What You'll Learn?

Understanding Network Defense Goals: Learn the purposes and approaches of network defense.
Basics of Network Security Protocols: Gain knowledge of various network security protocols.
Linux Fundamentals for Network Security: Acquire basic Linux concepts relevant to network security.
Types of Network Security Controls: Understand different physical and technical security controls.
Identification and Authentication Methods: Learn about various identification and authentication techniques.
Implementing Physical Security Measures: Understand the importance and methods of physical security in network defense.
Technical Controls like Firewalls and IDS/IPS: Gain insights into firewalls, Intrusion Detection Systems (IDS), and Intrusion Prevention Systems (IPS).
Virtualization and Cloud Computing Security: Explore security aspects of virtualization and cloud computing.
Wireless Network Security: Learn about encryption and authentication methods in wireless networks.
IoT Device Security: Understand security best practices for Internet of Things (IoT) devices.
Cryptography and Public Key Infrastructure (PKI): Delve into various cryptography techniques and PKI infrastructure.
Data Security Techniques: Learn about data encryption, backup retention, and data loss prevention solutions.
Practical Implementation of Security Solutions: Implement and test security solutions like IDS/IPS and VPNs through mini-projects.

Who is this for?

IT Beginners: Individuals starting their journey in the information technology field will find this course valuable for building a strong foundation in network defense and security.

Network Students: Students currently studying in networking or related fields will benefit from the practical, real-world applications of network security concepts covered in this course.

Aspiring Network Security Professionals: Those aiming to pursue a career in network security will find this course particularly beneficial, as it covers essential skills and knowledge required in the industry.

IT Professionals Seeking Specialization: IT professionals looking to specialize or enhance their expertise in network defense and security will find this course to be a comprehensive resource.

System Administrators: System admins who wish to strengthen their network security skills and better protect their infrastructure will gain practical insights and techniques from this course.

Security Enthusiasts: Individuals with a keen interest in network security and a desire to understand the complexities of protecting networks against threats will find the course engaging and informative.

What You Need to Know?

Basic IT Knowledge: A foundational understanding of information technology concepts is essential.

Familiarity with Network Concepts: Basic knowledge of networking, such as understanding of IP addresses, network protocols, and common network architectures.

Linux Skills: Some familiarity with Linux operating systems, as the course will involve Linux-based tasks and implementations.

Computer with Internet Access: A reliable computer with internet access is necessary to access course materials and perform practical exercises.

Software Installation Capability: Ability to install and configure software, as the course may require setting up various security tools and applications.

Critical Thinking and Problem-Solving Skills: These skills will be beneficial for understanding security challenges and implementing solutions.

Willingness to Learn: As the course covers both basics and advanced concepts, a strong willingness to learn and engage with new concepts is important.

More details

Description
Introducing the "Network Security Mastery" course, a comprehensive training program designed for IT beginners and network students eager to delve into the fundamentals of network security. In today's digital age, safeguarding information and data is of paramount importance, and this course equips participants with the essential knowledge and skills to excel in the field of cybersecurity.
This course is ideal for individuals who may have a basic understanding of Linux programming, as it provides a solid foundation in network defense and information security. Our primary goal is to enable trainees to recognize their competency and expertise in network defense and information security skills, ensuring they are well-prepared to navigate the complexities of the digital landscape.
The curriculum is thoughtfully structured and covers a wide range of topics, making it accessible and engaging for learners at various levels. Here's a glimpse of what you can expect:

Introduction: Explore the objectives of network defense, gain insights into various defense approaches, understand network security controls, and delve into essential Linux concepts.
Identification, Authentication, and Authorization: Learn about different types of identifications, authentications, and authorizations in the context of network security.
Network Security Controls: Understand the importance of physical security, explore physical security attack vectors, and grasp various security controls, including environmental controls.
Technical Controls: Dive into network segmentation, firewalls, IDS/IPS, proxy servers, VPNs, and antivirus/anti-malware software.
Virtualization and Cloud Computing: Explore virtualization components, OS virtualization security, cloud computing, and its benefits.
Wireless Network Security: Learn about wireless network encryption, authentication methods, and security measures.
IoT Device Security: Understand IoT architecture and security best practices.
Cryptography and Public Key Infrastructure: Explore cryptography techniques, encryption algorithms, hashing algorithms, and PKI infrastructure.
Data Security: Discover data security controls, including data encryption, file encryption, and data backup retention.
Mini Projects: Gain hands-on experience with the implementation of IDS/IPS, VPN setup, and firewall configuration on Linux-based systems.
By the end of this course, you'll possess a comprehensive understanding of network security and defense, preparing you to tackle real-world challenges in the field. Join us on this journey to become a proficient network security expert. Your cybersecurity career starts here.
Who this course is for:
IT Beginners: Individuals starting their journey in the information technology field will find this course valuable for building a strong foundation in network defense and security.
Network Students: Students currently studying in networking or related fields will benefit from the practical, real-world applications of network security concepts covered in this course.
Aspiring Network Security Professionals: Those aiming to pursue a career in network security will find this course particularly beneficial, as it covers essential skills and knowledge required in the industry.
IT Professionals Seeking Specialization: IT professionals looking to specialize or enhance their expertise in network defense and security will find this course to be a comprehensive resource.
System Administrators: System admins who wish to strengthen their network security skills and better protect their infrastructure will gain practical insights and techniques from this course.
Security Enthusiasts: Individuals with a keen interest in network security and a desire to understand the complexities of protecting networks against threats will find the course engaging and informative.

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Network Security

Meta Brains

Instructor's Courses

Meta Brains is a professional training brand developed by a team of software developers and finance professionals who have a passion for Coding, Finance & Excel.We bring together both professional and educational experiences to create world-class training programs accessible to everyone.Currently, we're focused on the next great revolution in computing: The Metaverse. Our ultimate objective is to train the next generation of talent so we can code & build the metaverse together!

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