Skip to content

Latest commit

 

History

History
56 lines (30 loc) · 2.03 KB

aws_route53.md

File metadata and controls

56 lines (30 loc) · 2.03 KB
Raw

The DNS Protocol

IP addresses are somewhat hard to remember. Names are much easier. google.com is much easier to remember than 16.42.0.9 but there must be some mechanism to convert the network names into an IP address.

Route53

Amazon Route 53 is a scalable and highly available DNS web service that offers domain registration services and allows you to manage your domain by configuring DNS settings such as routing traffic to different endpoints.

Note

Read here about how the DNS protocol works

Registering a domain

Throughout the bootcamp, you'll be using a real registered domain to manage and access the services that you'll deploy in the cloud.

We've already registered a domain that will be shared by all students: devops-days-upes.com.

Add records to registered domain

When registered your domain, Route 53 created a Hosted Zone.

A hosted zone in Amazon Route 53 is a container for DNS records associated with a domain, effectively acting as the authoritative server for that domain. It enables you to manage how traffic is routed to your resources by defining various record types, such as A and CNAME records.

  1. In the navigation pane, choose Hosted zones.

  2. Choose the hosted zone associated our domain: devops-days-upes.com.

  3. Choose Create record.

  4. Define an A record for a custom sub-domain of yours (e.g. my-name.devops-days-upes.com), the record value is an IP address of your EC2 instance created in a previous tutorial1.

  5. Choose Create records.
    Note
    Your new records take time to propagate to the Route 53 DNS servers.

Exercises

✏️ Connect to your instance using you sub-domain

Try to connect to your instance via:

ssh -i ... [email protected]

While changing ... to the path of your private key .pem file.

Footnotes

  1. EC2 instance deployed in Intro to cloud computing. ↩