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PROJECT


Using AWS Route 53 for Secure Routing

In this project, we’ll learn to use AWS Route 53 for traffic policy management. We’ll learn how to configure and use the AWS Command Line Interface. Finally, we’ll create different traffic policies to route web traffic securely.

Using AWS Route 53 for Secure Routing

You will learn to:

Configure the AWS Command Line Interface.

Manage hosted zones in AWS Route 53.

Create traffic policy documents.

Manage traffic policies to secure web traffic.

Skills

Routing and Navigation

Cloud Deployment

Load Balancing

Web Hosting

Prerequisites

Basic knowledge of Amazon Web Services

Basic knowledge of AWS CLI

An AWS account

Basic knowledge of Route 53

Technology

Amazon Route 53

Project Description

Amazon Route 53 is a highly scalable cloud Domain Name System (DNS) web service. Its purpose is to give developers and businesses a highly reliable and cost-effective method of routing end users to internet applications by converting domain names into numeric IP addresses that computers use to communicate. Amazon Route 53 fully supports IPv6.

Route 53 is a part of Amazon’s cloud computing platform. It was released on December 5, 2010. Along with other traditional EC2 instances, Route 53 can route traffic to non-AWS infrastructure. It can also be used to monitor the health of its endpoints, regardless of whether the endpoints reside within AWS infrastructure or not. Route 53’s servers are located all over the world. Over IPv6, it enables full end-to-end DNS resolution. On IPv6 networks, recursive DNS resolvers can use either IPv4 or IPv6.

This project will teach us how to configure Amazon Route 53 using the AWS Command Line Interface (AWS CLI). After that, we’ll create hosted zones. Finally, we’ll learn to create and manage different traffic policy documents to securely route web traffic. Throughout this project, we’ll use the AWS CLI to create and modify the policy documents along with other common tasks. We can use the skills learned in this project to host our own website and create a seamless load balancer at the level of DNS.

Project Tasks

1

Introduction

Task 0: Introduction to Route 53

Task 1: Configuration

2

Hosted Zones

Task 2: List All Hosted Zones

Task 3: Create a New Hosted Zone

3

Traffic Policies

Task 4: List All Traffic Policies

Task 5: Create a Traffic Policy

Task 6: Basic Syntax of a Traffic Policy Document

Task 7: Basic TPD for Failover Routing Policy

Task 8: Define Endpoints for FRP

Task 9: Define Rules for FRP

Task 10: Create a Weighted Routing Policy

Task 11: Create Traffic Policy Instance

Task 12: Create a Latency-based Routing Policy

Task 13: Delete a Traffic Policy

Congratulations!