AWS Networking Design In Depth

First In-depth AWS Networking Design Course
AWS Networking Design In Depth
File Size :
11.37 GB
Total length :
10h 42m

Category

Instructor

Cloud Design Arena

Language

Last update

12/2021

Ratings

4.5/5

AWS Networking Design In Depth

What you’ll learn

Build design mindset by analyzing and assessing different design requirements and options
Analyze, compare and explain different AWS networking design options
Make business driven design decisions
Identify design gaps or limitations of existing AWS networking designs and provide design optimization recommendations and options

AWS Networking Design In Depth

Requirements

Ideally should have basic networking knowledge as well as basic AWS general knowledge ( preferably at the AWS SA associate level)

Description

The First (and only at the time of release) AWS Networking Design course, that focuses on Design (in depth) using a business-driven design approach. The 90+ design video sessions of this course discuss, compare & analyze, different AWS networking design options and scenarios starting from basic high-level concepts (from 30000 feet view), all the way to advanced routing, traffic engineering topics and Multi-VPC designs of global architectures.** More Content to be added, including design scenarios **This course is designed to help you build a design/architect mindset to be a better designer/architect. Topics to be covered including but not limited to:· Design principles and approaches· AWS Global infrastructure· VPC networking fundamentals: focuses on the fundamental networking concepts and capabilities of Amazon VPC from design point of view, including: IP addressing, routing and rout tables, VPC firewall filtering.· Design Options to connect a VPC to the Internet: different design options discussed and analyzed to connect an Amazon VPC to the Internet along with the key design considerations. Design options using AWS Gateway load balancer, NAT Gateway and Network Firewall are included· Design Options to Connect a VPC to AWS Services: Different design options discussed and analyzed including Amazon VPC endpoints (Gateway VPC Endpoint and Interface VPC Endpoint).· AWS Elastic Load Balancing, DNS and CDN Designs: drivers and need of such design along with the design options with ALB and NLB discussed with a sample design scenario. Then the different options of making such design across regions are discussed where Amazon Route53 and AWS CDN designs are discussed in detail.· Hybrid model: AWS network services, connectivity options and design options and considerations are discussed and analyzed in detail· Multi-VPCs Architecture: Regional or global architectures along with different design models are discussed with the design considerations that need to be taken into account to build large scale global AWS network architectures.Many design use cases and scenarios are discussed as part of each section to simplify the topics in terms why, how and when each design can be used.

Overview

Section 1: Introduction

Lecture 1 Introduction

Section 2: Design Principles & Approaches

Lecture 2 Design Principles

Lecture 3 Design Approaches

Lecture 4 Functional & None-functional Requirements

Lecture 5 Design principles Tradeoffs

Section 3: AWS Global Infrastructure

Lecture 6 AWS Global Infrastructure – Overview

Section 4: VPC Network Design Fundamentals

Lecture 7 IP Addressing

Lecture 8 VPC Routing

Lecture 9 VPC Route Table

Lecture 10 Multiple Route Tables Design Considerations

Lecture 11 VPC Route Preference

Lecture 12 VPC Route Engineering

Lecture 13 VPC Firewalls

Lecture 14 Network Performance Considerations

Lecture 15 Data Transfer Cost

Section 5: Connecting a VPC to the Outside

Lecture 16 Connect to the Internet Part 1

Lecture 17 Connect to the Internet Part 2

Lecture 18 Connect to the Internet Part 3

Lecture 19 Service Chaining

Lecture 20 Connect to AWS Services Part 1

Lecture 21 Connect to AWS Services Part 2

Section 6: Elastic Load Balancing

Lecture 22 Drivers for ELB

Lecture 23 ELB Capabilities Part 1

Lecture 24 ELB Capabilities Part 2

Lecture 25 ELB and API Gateway Design Patterns & Use cases

Lecture 26 AutoScaling Policies Part 1

Lecture 27 AutoScaling Policies Part 2

Lecture 28 AutoScaling Policies Part 3

Lecture 29 AutoScaling Policies Design Considerations

Lecture 30 Network Load Balancer – NLB

Lecture 31 When to use NLB

Lecture 32 Application Load Balancer – ALB

Lecture 33 Security Filtering Considerations

Lecture 34 ELB – Migration Design Scenario

Lecture 35 How To Design Multi Region ELB Solution

Section 7: DNS – Amazon Route53

Lecture 36 Route53 Introduction

Lecture 37 Route53 Policies Part 1

Lecture 38 Route53 Policies Part 2

Lecture 39 Route53 Policies Part 3

Lecture 40 Route53 Design Scenario 1

Lecture 41 Route53 Design Scenario 2

Section 8: Content Delivery Network CDN

Lecture 42 CDN Introduction

Lecture 43 CDN – Performance part 1

Lecture 44 CDN – Performance part 2

Lecture 45 CDN – Performance part 3

Lecture 46 CDN – Security part 1

Lecture 47 CDN – Security part 2

Lecture 48 CDN – Security part 3

Lecture 49 CDN – Security part 4

Lecture 50 DDoS Mitigation Considerations

Section 9: The Hybrid Model

Lecture 51 Building Blocks of the Hybrid Model

Lecture 52 Virtual Private Gateway VGW

Lecture 53 Direct Connect Gateway DXGW

Lecture 54 AWS Direct Connect SiteLink

Lecture 55 AWS Transit Gateway TGW Part 1

Lecture 56 AWS Transit Gateway TGW Part 2

Lecture 57 TGW Multicast

Section 10: Hybrid Connectivity – VPN

Lecture 58 Connectivity Overview

Lecture 59 VPN with VGW Part 1

Lecture 60 VPN with VGW Part 2

Lecture 61 VPN with TGW

Lecture 62 VPN Design Considerations

Lecture 63 TGW Vs. CloudHub VPN

Lecture 64 Customer Managed VPN

Lecture 65 General SDWAN Design Considerations

Lecture 66 When to use SDWAN

Section 11: Hybrid Connectivity – DirectConnect DX

Lecture 67 DirectConnect (DX) Overview

Lecture 68 Physical Connectivity Options

Lecture 69 Virtual Interfaces

Lecture 70 Public VIF Routing Design

Lecture 71 DX with VGW

Lecture 72 DX with DXGW

Lecture 73 DX with TGW

Lecture 74 SDWAN-VPN over DX

Lecture 75 DX Design Considerations

Section 12: Reliable Hybrid Connectivity Design Considerations

Lecture 76 Intro to Reliable hybrid connectivity design

Lecture 77 Redundancy Considerations

Lecture 78 Failover Considerations

Lecture 79 Traffic Engineering Considerations

Section 13: Hybrid Model Decision Considerations

Lecture 80 Connectivity Type Considerations

Lecture 81 Selection Decision Tree

Lecture 82 Design Model Considerations

Section 14: Design Scenarios – Hybrid Model

Lecture 83 Design Scenario -1

Section 15: Multi VPC Architectures

Lecture 84 Architectures part 1

Lecture 85 Architectures part 2

Lecture 86 Architectures part 3

Lecture 87 Architectures part 4

Lecture 88 PrivateLink and TGW

Lecture 89 Centralized VPC Endpoint

Lecture 90 TGW or Transit VPC

Lecture 91 Centralized Security and Control part 1

Lecture 92 Centralized Security and Control part 2

Lecture 93 Centralized Security and Control part 3

Lecture 94 Service Chaining – Local and Central

Lecture 95 NAT Design Options

Lecture 96 Design Patterns Considerations

Solutions Architects, Cloud architects, Network architects, Network consultants, Network designers, Network or Cloud Engineers and any IT professional who wants to learn about AWS Cloud Networking Design

Course Information:

Udemy | English | 10h 42m | 11.37 GB
Created by: Cloud Design Arena

You Can See More Courses in the IT & Software >> Greetings from CourseDown.com

New Courses

Scroll to Top