In AWS account X, I already have a hosted zone and a valid certificate for my domain, mydomain.com.
In AWS account Y, I would like to create a subdomain mysubdomain.mydomain.com and create a certificate for that subdomain.
In account Y I requested a certificate for mysubdomain.mydomain.com (also covering *.mysubdomain.mydomain.com). I created a hosted zone for mysubdomain.mydomain.com and added a CNAME record to that hosted zone based on the newly requested certificate.
Finally, in my original hosted zone in account X, I created an NS record for mysubdomain.mydomain.com and copied over the name servers from the hosted zone in account Y.
My certificate request is still pending validation. Is there a step I have missed which is needed to make AWS validate the certificate?
EDIT: additionally, when I do nslookup -mysubdomain.mydomain.com, I get server can't find mysubdomain.mydomain.com: NXDOMAIN. (nslookup works for the root domain.) That might help diagnose the issue?
Related
We purchased a domain "company.com" through GoDaddy(managed by my company) and configured the DNS for same domain in my aws account aws-dev.
I created a sub-domain in aws-dev, "sales.dev.company.com" using a public hosted zone and configured required Route 53 entries.
I am to able to access this sub-domain successfully.
Now we have got another aws account aws-test, and we want to transfer the DNS (for company.com) to this account
but want to keep sub-domain/hosted zone for sales.dev.company.com in aws-dev only as services are running in this account.
Is there a way i can transfer the dns for company.com to aws-test and whenever
a request comes in for sales.dev.company.com, it gets routed to another aws account aws-dev in this case which hosts mapped service and otherwise all requests for company.com will be serviced from aws-test account ? If yes how this can be achieved ?
After searching around this solution worked for me:
Created hosted zone company.com in aws-test
Updated GoDaddy to replace DNS servers to new dns servers from step-1
Deleted company.com hosted zone from aws-dev.
Create sales.dev.company.com hosted zone in aws-dev.
Update ns records from step-4 in company.com in aws-test.
In simple terms this is what happens - whenever a request is being made to sales.dev.company.com, it first go to GoDaddy which forward it to aws-test which own company.com and now because aws-test knows where sales.dev.company.com lives, it gets forwarded to aws-dev.
I have a domain name configured into GoDaddy domain provider.
I created Angular application accessible using this cloudfront internal web address:
xxxxxxxxx.cloudfront.net
The question is how to configure the domain to redirect properly web requests to this address hosted on AWS. I contacted the GoDaddy support and they gave these instructions:
In order to make changes we need the nameservers and the nameservers will be provided by the host that is aws
Once you have the nameservers, Please open the dns page
You will see 2 nameservers that are for godaddy
Click on change option and then select I will use my own nameservers and then update the nameservers that will be provided.
Where I can see what are the names servers used in AWS Cloudfront?
You need to setup the domain in Route53 first (eg example.com), as part of the setup you get 4 name server addresses. You change the name servers at GoDaddy to your AWS nameservers as their support describe, which authorises Route53 to host your DNS. From then on you manage your DNS from Route53, not GoDaddy (but GoDaddy are still your registrar).
Once your nameservers point to route53 follow the docs on creating an alias in route53
If you want to use your own domain name, use Amazon Route 53 to create
an alias record that points to your CloudFront distribution. An alias
record is a Route 53 extension to DNS. It's similar to a CNAME record,
but you can create an alias record both for the root domain, such as
example.com, and for subdomains, such as www.example.com.
When you change the nameservers on GoDaddy any DNS you setup there will no longer be visible on the internet, only whats in Route53. Transfer any records you have created in GoDaddy to Route53 before changing your nameservers. Ignore any DNS records you didnt create.
If theres a problem you can goto GoDaddy and reset the nameservers back to default and that will restore the previous DNS.
One thing to mention - TTL - time to live. If DNS records have a high TTL (in seconds) it means when you make changes it will take upto that amount of time for everyone to get the update. The TTL will be visible in GoDaddy, or you can search "DNS dig" to find online tools that read DNS. The TTL of the NS records might be high (days, a week etc) - this will effect how long it takes Route53 to fully take over responsibility of your DNS.
We have purchased a domain lets say "xyz.com" from a third party domain provider. We have our resources in two AWS regions and we want to implement failover between the two regions using Route53.
We have created a hosted zone with the same name as of our domain i.e. "xyz.com" and created record sets in the hosted zone with failover as the routing policy.
But as our domain is external the record sets are not getting reflected.
Please suggest a way to achieve failover using route53 with domain hosted with an external provider without moving the DNS to Route53.
You won't be able to do this without switching to Route53 to host your domain. Route53 must be able to control the responses to queries according to the records you have configured. You'll have to delegate your domain to Route53 by setting the NS records to the values provided in the Route53 console.
If you don't change your DNS Nameservers to Route53 then that zone will have no effect.
You could however register a subdomain in Route53, e.g. myapp.xzy.com, and delegate that subdomain/zone in your third party domain provider to Route53. You may also add a CNAME in the main domain pointing to a record in the subdomain.
To Summarise:
Create a Hosted Zone in Route53 for myapp.xyz.com
In that zone add the two DNS records with a failover policy
In the root domain DNS, add the AWS provided NS Records to delegate a subdomain. e.g.:
myapp NS ns-123.awsdns-09.net.
If you created Apex A Records/Alias in step 2, use myapp.xyz.com
If you created CNAMEs in step 2, use mycname.myapp.xyz.com; or shorten by adding a CNAME in the root domain to resolve to that address.
Hope this makes sense.
You need to point the name servers for your domain to AWS name servers.
Basically, below are the steps -
Login to the website from where you have bought the domain.
Go to the domain DNS settings for your domain on the website.
Name Server records NS records must be pointed to the website name servers, change them to the name servers you have from AWS route53.
Wait for at least 24 hours to reflect this change.
Im trying to link my domain name to a static website on aws S3
I have 2 buckets set up on S3 one is domain.com and the other is www.domain.com. doamin.com has static website hosting enabled
www.domain.com redirects to the domain.com
I can access my index page through: https://s3.us-east-2.amazonaws.com/domain.com/index.html
but it doesn't work with this url and I get an access denied message: https://s3.us-east-2.amazonaws.com/domain.com
I have 2 host records both are CNAME:
Host: #
Value: www.domain.com.s3-website-us-east-2.amazonaws.com
Host:www
Value: domain.com.s3-website-us-east-2.amazonaws.com.
In my browser it says "site can't be reached" when I have either of those cname values as my url. Also my domain is registered with NameCheap and I can't transfer it to route 53 as it is not old enough. I've never done this before so I really don't understand what I'm doing wrong.
You don't need to transfer the domain to AWS. All you need to do is create a hosted zone in AWS route 53. What you're going to do is set up a new DNS configuration inside AWS and then tell your registrar (NameCheap) to use the AWS nameservers.
Create the hosted zone with your domain name, domain.com
Create an A record for your domain. On the right side you'll see a radio button "Alias" choose yes, then click into the target box and wait for your bucket to appear under S3 Website endpoints. (More on this below).
Select your bucket and click create.
Head over to your registrar, NameCheap and configure the nameservers to use the AWS nameservers in the NS record from your AWS hosted zone.
In order for this to work you need to make sure your S3 bucket is named and configured correctly.
Your bucket name must match the domain name.
In the properties tab, you need to enable the static website hosting option and provide your index page.
In the permissions tab, click on bucket policy, then click the policy generator link at the bottom.
In the policy generator, select S3 as the type of policy
Set the principal to *
set the action to Get Object
set the ARN to the ARN for your bucket /*. For example arn:aws:s3:::domain.com/ *
Click Add statement, then generate policy and paste that into the bucket policy and save.
Finally upload your assets and you're done
Also my domain is registered with NameCheap and I can't transfer it to route 53 as it is not old enough.
You don't have to transfer it... the registration is locked, but the name server settings should not be... so you can use namecheap as registrar and still use Route 53 as authoritative DNS. And that is what you need to do. (You can transfer the registration to the Route 53 Registrar later, or never. Route 53 provides the two services, registrar and hosting, separately.)
Configure a new hosted zone in Route 53, configure it appropriately, and then change the authoritative nameservers at Namecheap to use the 4 nameservers that Route 53 assigned to your hosted zone.
It isn't possible to use S3 at the root (apex) of a domain that isn't hosted in a Route 53 hosted zone, because a CNAME at # is simply not a valid configuration. Some people will argue to the contrary, and some DNS providers even allow it, but it is still an entirely invalid configuration. This is why Route 53 introduced Alias A records. They are valid at the apex of a domain, and solve this issue.
Needed to have basicDNS on NameCheap and use www.domain.com as my main bucket and have domain.com redirect to the main bucket
Since Godaddy went down for some hours my client and I are very upset and want to change everything to AWS.
Everything is done so far, only the domains (blablabla.com) are missing, I'm having a hard time trying to migrate from godaddy to Route 53, Do I have to remove from one and create from scratch from AWS?
Does anyone have any experience on how to do this?
the solution:
Login on your aws console;
Click on Route 53;
Create Hosted Zone;
Select your new created host title and click "Go to Record Sets", take note of the nameservers;
Login on your Godaddy account;
Select your domain;
Go to Nameservers and click SetNameservers;
paste all the four you took from "Go to Record Sets" Route 53;
and that's it..., you don't have to rely on this horrible service Godaddy provides anymore
You can transfer the domain registration to AWS Route 53.
You have to "unlock" the account.
Log On to Go Daddy.
Go to Domain Details Then Settings:
Lock: Set to Off
Authorization Code: Email My Code
Route 53 will need the authorization code to complete the transfer request.
Here are the steps to migrate your internet domain name to AWS route 53 (DNS Manager).
** Be careful where your mail server is hosted, either in the Godaddy mail service, Gmail (gsuite) or in your Cpanel server (VPS/Server).
** To empower your Domain DNS capabilities, you need to transfer the name servers, DNS records and domain name to AWS route53, thats why it's recommended to move to AWS Route 53. You can keep Godaddy to be owner of your yourdomain.com and manage your DNS by Route 53
STEPS:
Go to Godaddy DNS records and understand each of them and note them (Take a screenshot)
Go to AWS route 53, Crete a Public hosted Zone (Create your domain on AWS route 53). Here is a good tutorial about it:
https://www.clickittech.com/aws/migrate-godaddy-to-aws-route53/
Copy your Godaddy DNs records into your Public hosted zone previously created. Remember, each record needs to exist in the new aws zone.
Change your Name Servers to AWS Route 53. What does it means? In order to allow AWS route 53 to manage your domain, DNs records, etc. you need to change your actual Godadaddy Name server (NS) Records to AWS Records.
Go to Godaddy admin Panel and Login
Go to DNS Management
Under Name Servers Click on Change - > Custom - > Change Name Servers
You need to change from NSx.domaincontrol.com to the AWS Name servers.
More info: https://www.clickittech.com/aws/migrate-godaddy-to-aws-route53/
After 4-8 hours your Name Servers will be reflected and propagated around your country, world and networks.
Practically you are done with this.
Additionally, if you need to migrate your website or web app to AWS go to this tutorial, great explanation, see below:
https://www.clickittech.com/aws-migration/transfer-domain-aws-migrate-move-website-aws/
The answer from The Poet above is good for moving everything, but it will also kill your email service with GoDaddy. If you want to keep the email servers running at GoDaddy, you will also need to get your MX email servers and their priority numbers. Mine looked like this...
0 smtp.secureserver.net
10 mailstore1.secureserver.net
Take these over to your Route53 settings, click Create Record Set, choose a type of MX Mail Exchange, and paste these values in (with the number in the front as shown above). Save the record set.
Also PJT was correct; all domain info in Route53 ends with an extra period for some reason specific to AWS, but don't worry about it--it doesn't affect production behavior. When you copy your four from Route53 to paste in GoDaddy's Name Servers, you will need to do them one at a time and trim off the extra period at the end.
If you want to migrate your DNS records to Route 53, you'll need to export them from GoDaddy and recreate them manually in Route 53.
To do this in one automated step, consider a DNS migration tool such as DNSTools.ninja, as outlined here: https://dnstools.ninja/migrate-bind-aws-route53-safely-3-commands/
Be careful with google mx records if you have them.
Why switch to route 53?
AWS Route 53 doesn’t limit you to 64 subdomain.
AWS allows you to host buckets with route 53
It all comes at a 50 cent/month.
AWS Nameservers
Now to answer your question, you need move the name servers to route 53. That means in godaddy name server section should be filled with aws name servers.
See the steps here.
https://metamug.com/article/dns-migrate-godaddy-to-route-53.php
The detailed steps to transfer the domain registrar from GoDaddy to Route 53 is given at https://cloudopian.com/blog/how-to-transfer-domain-registrar-from-godaddy-to-amazon-route-53/
Remember, you first need to transfer your name servers by creating a hosted zone in Route 53 and pointing your godaddy hosted domain to use Route 53's name servers instead of it's own name servers.