Description

Welcome to "Secure Networking Foundations: Paving the Way for AI Expertise".

In today’s ever-evolving digital realm, the intricacies of networking and its associated technologies have reached unprecedented complexities. The course is structured to break down this vast topic, offering a comprehensive exploration of core network architectures, their inherent vulnerabilities, and advanced security measures.

This journey takes us through the foundational elements such as IP and non-IP protocols, illustrating them with real-world scenarios. With emerging technologies sprouting up regularly, we ensure you remain abreast of the latest developments and potential threats. Our integrated approach seamlessly weaves together the myriad mechanisms, software, devices, and protocols to provide a holistic understanding of modern networking.

From the hands-on network administrator to the analytical security professional, this course caters to a spectrum of roles. It not only delves into the nuances of configuring, interfacing, and troubleshooting but also scrutinizes potential vulnerabilities, empowering you with comprehensive preventative strategies.

Despite global economic ebbs and flows, the domain of information security remains resilient. Skilled professionals in this field are perpetually in demand, given the escalating cyber threats. Our course furnishes you with not just the essential knowledge of traditional networking components but expands your horizons to include the realms of cloud computing, virtualization, data loss prevention, RFID, social networking threats, continuous monitoring, and beyond.

The course also acknowledges the blurring boundaries in today’s networked world, with devices going beyond static office spaces and the increasing prevalence of outsourcing. As we delve deeper into the nuances, we unravel the organized, trained, and targeted threats posed by modern attackers, underscoring the imperative of advanced security measures.

Key Takeaways from the Course:

  • Grasp the intricacies of OSI and TCP/IP models.
  • Delve into protocol types and address their security challenges.
  • Differentiate between LAN, WAN, MAN, intranet, and extranet technologies.
  • Understand cable types and their respective data transmission methodologies.
  • Explore network devices, services, and their secure management.
  • Immerse in wireless technologies, remote connectivity, and network encryption.
  • Navigate through emerging threats, attacks, and mitigation techniques.
  • Dive deep into content distribution networks, multilayer protocols, and convergent network technologies.

Who Should Enroll:

  • Security Consultants, Analysts, and Managers
  • IT Directors, Network Architects, and Security System Engineers
  • Chief Information Security Officers, Security Auditors, and more.

Join us in building a safer, more secure digital future, preparing you for the next big leap into Artificial Intelligence.

Course curriculum

    1. Course Introduction

      FREE PREVIEW

    1. Getting Started - Introduction

    1. Introduction

    2. Open Systems Interconnection Model

    3. Open Systems Interconnection Model: Application Layer

    4. Open Systems Interconnection Model: Presentation Layer

    5. Open Systems Interconnection Model: Session Layer

    6. Open Systems Interconnection Model: Transport Layer

    7. Open Systems Interconnection Model: User Datagram Protocol (UDP)

    8. Open Systems Interconnection Model: TCP and UDP Ports - 1

    9. Open Systems Interconnection Model: TCP and UDP Ports - 2

    10. Open Systems Interconnection Model: Network Layer

    11. Open Systems Interconnection Model: Internet Protocol v4 Header

    12. Open Systems Interconnection Model: Network Address and Subnet

    13. Open Systems Interconnection Model: Internet Protocol v4 Addressing

    14. Open Systems Interconnection Model: Internet Protocol v6 Addressing

    15. Open Systems Interconnection Model: Regional Internet Registries

    16. Open Systems Interconnection Model: The Routing Decision

    17. Open Systems Interconnection Model: Data Link Layer

    18. Open Systems Interconnection Model: Data Link Layer Protocols and Devices

    19. Open Systems Interconnection Model: Media Access Control addresses

    20. Open Systems Interconnection Model: Address Resolution Protocol

    21. Open Systems Interconnection Model: Physical Layer and Section Outro

    1. Introduction

    2. Transmission and Networking Foundations: Network Media - 1

    3. Transmission and Networking Foundations: Network Media - 2

    4. Transmission and Networking Foundations: Coaxial Cable

    5. Transmission and Networking Foundations: Ethernet - Twisted Pair

    6. Transmission and Networking Foundations: Learn About Wireless

    7. Transmission and Networking Foundations: Learn How to Modulate the Signal - 1

    8. Transmission and Networking Foundations: Learn How to Modulate the Signal - 2

    9. Transmission and Networking Foundations: Time Division Multiplexing

    10. Transmission and Networking Foundations: Learn About Network Topology

    11. Transmission and Networking Foundations: Intranet, Extranet, Internet

    12. Transmission and Networking Foundations: Network Size

    13. Transmission and Networking Foundations: Types of Transmission

    14. Transmission and Networking Foundations: Learn About Circuit Switched Networks

    15. Transmission and Networking Foundations: Learn About Packet Switching

    16. Transmission and Networking Foundations: Transmission Methods

    17. Transmission and Networking Foundations: Learn How to Manage the Token

    18. Transmission and Networking Foundations: Carrier Sense Multiple Access

    19. Section Outro

    1. Introduction

    2. Learn About Network Services: Client Access to Applications

    3. Learn About Network Services: Mainframe Computers

    4. Learn About Network Services: Endpoint Protection

    5. Learn About Network Services: Infrastructure Services

    6. Learn About Network Services: Remote Admin

    7. Learn About Network Services: Learning Segments & Subnets

    8. Learn About Network Services: Transmission Domains

    9. Learn About Network Services: Physical Layer Devices

    10. Learn About Network Services: Data Link Layer Devices

    11. Learn About Network Services: Bridging (Layer 2 Forwarding)

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    12. Learn About Network Services: Virtual Lan (VLAN)

    13. Learn About Network Services: Network Devices

    14. Learn About Network Services: Distance - Vector Algorithms

    15. Learn About Network Services: Packet Filtering Firewall

    16. Learn About Network Services: Proxy Firewall

    17. Learn About Network Services: Stateful Firewall

    18. Learn About Network Services: Firewall Architecture and Security

    19. Learn About Network Services: Dynamic Host Configuration Protocol

    20. Learn About Network Services: Learn About Name Resolution

    21. Learn About Network Services: Domain Name System

    22. Learn About Network Services: Domain Name System Architecture

    23. Learn About Network Services: Attacks On DNS

    24. Learn About Network Services: Authentication - Protocols & Services

    25. Learn About Network Services: Storage Area Network

    26. Learn About Network Services: Software Defined Networks

    27. Section Outro

    1. Introduction

    2. Understanding Wireless Networks: IEEE 802.11

    3. Understanding Wireless Networks: Wireless Signaling

    4. Understanding Wireless Networks: Associating to Wireless

    5. Understanding Wireless Networks: Learn and Understand 802.11i

    6. Understanding Wireless Networks: Learn More About Wireless Security

    7. Understanding Wireless Networks: Multiple Input & Output

    8. Section Outro

About this course

  • $9.99
  • 106 lessons
  • 11 hours of video content

Discover your potential, starting today

Enroll today

FAQs

  • Who is this course intended for?

    The course caters to a wide range of professionals including Security Consultants, Analysts, IT Directors, Network Architects, and many more. Anyone with an interest in securing networks and leveraging this knowledge in AI will benefit.

  • Is prior knowledge of networking required?

    A basic understanding of computer networks would be beneficial, but the course starts from foundational concepts, making it accessible to beginners as well.

  • Can I access the course material post-completion?

    Absolutely! All enrolled students will have lifetime access to the course material.

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