Course Content
BGP Fundamentals
In this foundational unit, we build a clear conceptual understanding of Border Gateway Protocol (BGP) before touching any configuration. You’ll learn why BGP was created, the problems it solves, and how it differs from IGPs like OSPF and EIGRP. We’ll explore the fundamental operational model of BGP, including Autonomous Systems, eBGP vs iBGP, and the path-vector concept. By the end of this unit, you will understand why BGP exists and how it operates at a high level, forming the essential mental framework for everything that follows.
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1.0 Course Introduction
10:13
1.1 Introduction to BGP
17:50
1.2 eBGP vs. iBGP
13:30
BGP Foundations and Core Concepts
Configuring and Operating BGP
This unit moves from theory into hands-on implementation. You will learn how to configure BGP in a lab environment, establish neighbor relationships, advertise networks, and verify routing behavior. We’ll analyze routing tables, troubleshoot common issues, and observe how BGP exchanges routes between peers. By the end of this unit, you will be able to deploy and troubleshoot basic BGP confidently, a critical practical skill for network engineers.
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2.1 Configuring iBGP
21:48
2.2 Configuring eBGP
13:31
2.3 eBGP Multi-Hop and Update-Source
24:32
2.4 Understanding the BGP Table
21:44
2.5 Advertising Networks in BGP
19:48
2.6 iBGP Full-Mesh Peering and the Split-Horizon Rule
29:44
2.7 BGP and the Next Hop IP (next-hop-self)
25:19
BGP Configuration & Core Operation
Internal Operation of BGP
Here we go deeper into how BGP works internally. This unit explores BGP message types, the finite state machine, path attributes structure, and how routes are stored in the BGP table before entering the routing table. We’ll examine the control-plane mechanics that most engineers overlook but that make a major difference in professional-level understanding. By the end, you will understand BGP at a protocol level, knowledge that is especially valuable for technical interviews and advanced certifications.
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3.1 The BGP Finite State Machine (FSM)
15:11
3.2 BGP Neighbor Adjacencies and BGP Messages
23:54
3.3 More about BGP Message Structure
21:59
3.4 More about BGP AS Numbers
28:15
3.5 Multi-Protocol BGP (MP-BGP)
22:07
BGP Internal Operation
BGP Attributes and the Best Path Algorithm
This is the heart of the course. In this core mastery unit, we break down BGP Best Path Selection step by step and deeply analyze every major attribute involved, including Weight, Local Preference, AS-Path, MED, and more. You’ll learn not just to memorize the order, but to predict routing decisions with confidence. Mastering best-path logic is a huge professional differentiator, and by the end of this unit, you will be able to fully explain and control BGP routing decisions in real-world scenarios.
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4.1 BGP Attributes and the Best Path Algorithm
20:02
4.2 BGP Weight Attribute
24:51
4.3 BGP Local Preference Attribute
28:01
4.4 BGP Locally Originated Attribute
18:07
4.5 BGP AS Path Attribute
27:58
4.6 BGP Origin Code Attribute
26:48
4.7 BGP Multiple Exit Discriminator (MED) Attribute
39:49
4.8 BGP Prefers eBGP over iBGP Attribute
15:18
4.9 BGP Shortest IGP Path to Next Hop Attribute
24:01
4.10 BGP Oldest Path Attribute
20:23
4.11 BGP Router ID Attribute
15:58
4.12 BGP Neighbor IP Address Attribute
11:45
BGP Attributes and the Best Path Algorithm
BGP Scaling, Policies, and Advanced Routing
In the final unit, we transition from lab-level BGP to real-world scalable design. You’ll explore route reflectors, confederations, route-maps, communities, and policy-based routing strategies used in enterprise and service provider environments. This unit bridges the gap between configuration knowledge and architectural thinking. By the end, you will be able to design and implement scalable BGP solutions suitable for both enterprise and service provider networks, moving from “BGP works” to “BGP is engineered properly.”
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5.1 Introduction to BGP Communities
18:44
5.2 BGP Communities Configuration
30:33
5.3 BGP Route Reflectors
28:10
5.4 BGP Confederations
32:48
5.5 BGP Peer Groups
31:15
5.6 BGP Multipath
22:31
5.7 BGP Additional Paths
26:54
5.8 BGP AS Path Manipulation Features
26:23
5.9 BGP Route Refresh and Soft Reconfiguration
23:44
5.10 BGP Prefix Origin AS Validation using RPKI
22:05
BGP Scaling, Policy routing and advanced features
BGP Wrap-Up and Final Exam
This final unit brings the entire course together by revisiting the most important BGP concepts, from foundational theory to advanced path selection and scalability features. In the wrap-up lesson, you will consolidate your understanding of how BGP operates, how best-path decisions are made, and how real-world design choices impact routing behavior. The unit concludes with a comprehensive final exam designed to test both your conceptual knowledge and practical reasoning skills, ensuring you are fully prepared to apply BGP confidently in production network environments.
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6.1 BGP Wrap-Up
05:35
Final Exam
Understanding and Mastering BGP

In this course, we take a deep, hands-on journey into Border Gateway Protocol (BGP), the routing protocol that powers the Internet. You’ll start with the core fundamentals of how BGP works and gradually move into real-world configuration, policy control, and advanced scaling techniques used by modern networks. Through clear explanations, practical labs, and real network scenarios, you’ll learn not just how to configure BGP, but how to understand and troubleshoot it in production environments. Whether you’re working in enterprise networking, service providers, or cloud environments, this course will give you the knowledge and confidence to truly master BGP.

Exercise Files
1.0 Introduction to the Understanding and Mastering BGP Course.pdf
Size: 307.99 KB
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