Network Solutions DNS Records Configuration Guide

Setting up DNS records with Network Solutions is a straightforward process that requires some basic knowledge of how DNS works.

To start, you'll need to log in to your Network Solutions account and navigate to the DNS manager section. This is where you'll configure your DNS records.

The first step is to create a new DNS record, which can be done by clicking the "Add Record" button. From there, you'll be prompted to select the type of record you want to create, such as an A record or a CNAME record.

Network Solutions offers a variety of DNS record types, including A records, CNAME records, MX records, and more. Each type of record serves a specific purpose and is used to direct traffic to different parts of your website.

One important thing to keep in mind is that DNS records are case-sensitive, so make sure to enter your information carefully.

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You'll need to add CNAME records, which involve specifying the record type, alias name, and value. For example, if you select "Other Host" as the record type, you'll need to enter the hostname from your Double the Donation account in the "Host Name" field, and the value from your Double the Donation account in the "Alias To" field.

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Here are the steps to add a CNAME record with Network Solutions:

Remember to save your changes and wait for the DNS records to propagate, which can take up to 48 hours.

To complete the CNAME setup, start by specifying that the record is a CNAME in the first dropdown menu. In the Refers To dropdown, select Other Host. The Host Name field should contain the Hostname from your account, found under Email Customization --> Sending. Copy only the text before .yourdomain.org.

You'll need to repeat this process for the remaining CNAME records. The correct Host Name field will look like "dtd._domainkey" for example. The Alias To field should be populated with the Value Should Be value from your account.

Here's a step-by-step breakdown of the CNAME setup:

After adding all the CNAME records, they will appear in your DNS as a series of records.

You'll then need to select "Change Where Domain Points" in the green box and choose "Advanced DNS." This is where you'll find the different types of records you can work with.

For example, if you're looking to update your MX records, you'll need to find the "MX Records" section and click "Edit MX Records." If you're looking to add a CNAME record, you'll need to navigate to the "CNAME" section and click "Edit CNAME Records."

Here's a quick rundown of the different types of DNS records you might need to configure:

After you've made your changes, be sure to save them and wait for them to propagate through the DNS system. This can take up to 48 hours, so be patient!

If your DNS records still need to be set up or are still being processed, you'll see each record with a CNAME Not Found error displayed for one or all of them. Please check back 24-48 hours later to see if the changes have propagated.

To troubleshoot CNAME records, confirm that all three records have been added to the DNS settings. If there are one or two valid records, but at least one record is still invalid, you'll need to double-check your work.

Ensure CNAMEs were added to the correct domain. A common mistake is accidentally adding CNAMEs to the wrong domain, such as adding CNAMEs to catrescueclub.com instead of catrescueclub.org.

CNAME records should be copied and pasted directly from your account to ensure the best results. Hand-typing records from a screenshot can lead to accidentally entering the wrong value.

If you use a custom nameserver, in place of the default nameserver of your provider, your CNAME records need to be entered into the account associated with the custom nameserver.

Here are some common issues to watch out for when setting up DNS records:

After configuring all the DNS records, you may need to wait up to 48 hours for all the records to be updated in the DNS zone. This is an inevitable process due to how the propagation of DNS records works.

DNS record types are used to direct users to the correct IP address for a domain. There are several types of DNS records, including A and AAAA records, which give the actual physical IP address of a server.

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A and AAAA records are crucial for DNS lookup purposes, as they tell users where to find the requested domain. For example, when you type www.mydomainname.com into your web browser, the browser will do a DNS lookup and return either the IPv4 address or the IPv6 address associated with that domain.

CNAME and DNAME records are used to specify a hostname's Canonical Name or Delegated Name, respectively. A CNAME record points to a hostname's DNS records, while a DNAME record applies to all subdomains of the specified hostname.

SRV records, short for Service records, announce what services a domain provides and the hostnames of those services. They're used for load balancing, prioritization, and resilience, and are particularly useful for services like mail submission and authorization servers.

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CNAME records specify a hostname's Canonical Name, and are used for all DNS lookup purposes for that hostname. This means that if you set up a CNAME record for www.example.com pointing to hostname example.com, any time www.example.com is referred to, the DNS records for example.com will be used.

A CNAME record is used to map a subdomain to the canonical name of a server or service. For example, if you set up a CNAME record for blog.example.com pointing to hostname example.com, any time blog.example.com is referred to, the DNS records for example.com will be used.

To set up a CNAME record, you need to specify the alias (the subdomain you want to map), the canonical name (the hostname you want to map to), and the TTL (time to live) value. For instance, in Example 3, you can see that the CNAME record is set up with the alias "dtd._domainkey", the canonical name "Double the Donation account", and the TTL value is not specified.

Here's a table summarizing the key differences between CNAME and DNAME records:

A DNAME record is similar to a CNAME record, but it also applies to all subdomains of the specified hostname. This means that if you set up a DNAME record for example.com, it will also apply to all subdomains of example.com, such as blog.example.com or shop.example.com.

According to Example 7, if you set up a CNAME or DNAME record for a hostname, you cannot add any other records for that hostname. This is because the CNAME or DNAME record takes precedence over any other records for that hostname.

Hostname Format is a crucial aspect of setting up DNS records. It determines how hostnames are interpreted and affects the target of the record.

Standards Compliant format hostnames are used for record types DNAME and SRV.

If a hostname ends with a dot (.), it's interpreted as a subdomain of the domain being configured.

Record types CNAME, MX, and NS use Pair Networks format hostnames.

In Pair Networks format, a trailing dot (.) is automatically added if none is provided.

It's safest to specify the trailing dot character explicitly, as it works with either hostname format.

If you add a DNAME record for host www in domain name example.com, specifying target example.com. will cause www.example.com to redirect to example.com.

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SRV records announce what services a domain provides and the hostnames of those services.

The format of an SRV record is quite specific, with the descriptor first, which is an underscore followed by the name of the service.

An SRV record is then followed by a dot, another underscore, the protocol, another dot, and finally the domain name.

For standardized services, SRV records are rarely needed, but they can be very useful for load balancing and resilience.

SRV records are also used for things like mail submission and authorization servers, which might not use standardized hostnames.

You would use SRV records to notify client software which hostnames are available for each service.

The priority in an SRV record is used for load balancing or prioritization of a particular host.

If multiple hosts have the same priority, the weight is used to decide which to serve.

TXT records hold plain text and are important for services such as Domain KEY and SPF.

They perform no direct DNS service, but play a crucial role in verifying domain ownership and email authenticity.

To update TXT records, you need to click "Edit TXT Records" in the Text (TXT Records) section, add the necessary host names and values, and then click "Continue."

Once updated, these changes may take up to 48 hours to be reflected on the internet.

For more information on finding the necessary TXT SPF records for your email domain, you can click here.

You can also refer to the following resources for additional guidance:

To verify your domain with Zoho Mail, you'll need to add a TXT record to your DNS Manager, which is hosted with Network Solutions. This process involves logging into your Network Solutions account manager and navigating to the DNS settings for your domain.

If you're adding a CNAME record for verification, you'll need to specify the Alias as the code generated in your Zoho domain verification page, and set the 'Other Host' field to the value from the CNAME Value/ Points To/ Destination field of your Zoho Mail Admin Console. You'll also need to set the TTL to 7200.

After adding the CNAME record, you may need to wait for at least an hour for the changes to take effect in the DNS servers. Once the changes have propagated, you can log in to your Zoho Mail control panel and click Verify to complete the verification process.

Here's a quick summary of the steps involved in verifying your domain with Zoho Mail and updating your MX records to receive emails:

If you see a DMARC TXT record already added in your DNS Settings, congratulations! You're done.

To start the DMARC setup process, you'll need to navigate to your DNS Settings and review the list of records already added.

Some DNS providers may show each record type in a separate section, so find the section for TXT / DMARC records and add a new record by clicking Add Record.

In your Double the Donation account, there is 1 TXT record in the DNS Setup Table, and you'll need to copy the value from the Hostname column.

Switch to the browser tab containing your DNS settings and paste the Hostname value into the corresponding field in your DNS provider account.

Your DNS provider may refer to Hostnames as Aliases, so be sure to use the correct term.

Copy the value in the Value Should Be column from your Double the Donation account and paste it into the corresponding field in your DNS provider account.

The sample value provided for your DMARC TXT record is very simple, but your IT team may want to modify it slightly.

Save your changes in your DNS provider account to complete the DMARC setup process.

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Adding a TXT record for verification can be a bit tricky, but don't worry, I've got you covered. If your DNS Manager is hosted with Network Solutions, you can follow the steps outlined in their instructions to add a TXT record and verify your domain.

To start, you'll need to log in to your Account Manager and select "My Domain Names." From there, select the domain name you want to change and choose "Manage." This will take you to a page where you can modify your domain's settings.

Network Solutions' DNS settings may show each record type in a separate section, so find the section for TXT / DMARC records and click on it. Here, you can add a new record by clicking the "Add Record" button.

To add a TXT record, you'll need to copy the value from the Hostname column in your Double the Donation account and paste it into the corresponding field in your DNS provider account. Some DNS providers will refer to Hostnames as Aliases.

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The sample value provided for your DMARC TXT record is very simple, but your IT team may want to modify it slightly. This value is sufficient for the purposes of sending emails through your Double the Donation account.

Here are the general steps to add a TXT record:

Remember, each DNS provider has a unique layout and interface, so the navigation and steps may be slightly different.

MX records are a crucial part of receiving emails for your domain. They give a list of mail servers that are available to receive emails for your domain, along with a priority to use.

A sending mail server will attempt to contact the server with the highest priority first and will move to the lower priority ones if the first fails. The MX record shouldn't point directly to an IP address, it should point to a hostname such as mail.mydomainname.com or mx10.mydomainname.com.

You'll need to add an A or AAAA record for each hostname to complete the setup. If your DNS is hosted with Network Solutions, you'll need to follow their specific instructions to change the MX Records of your domain.

To update your DNS with Network Solutions, log in to your Account Manager and select “My Domain Names.” Then, select the domain name you want to change and choose “Manage.”

Here are the general steps to update your DNS with Network Solutions:

Once you've updated your DNS, you can check the MX records from Zoho's MX record checking tool to ensure they're set up correctly.

To add TXT records with Network Solutions, you'll need to access the DNS Manager for your domain. If it's hosted with Network Solutions, you can follow their steps to add a TXT record and verify the domain.

You can find these steps in the Network Solutions - Add TXT records for verification section. Once you've added the necessary host names and values, click "Continue" and then "Save" to confirm the records are correct.

These changes may take up to 48 hours to be reflected on the internet.

To update your TXT SPF record, head to the Text (TXT Records) section and click "Edit TXT Records." Here you can add the necessary host names and values.

You'll need to click "Continue" after adding the records, and then confirm they're correct before clicking "Save." These changes may take up to 48 hours to be reflected on the internet.

For more information on DNS Troubleshooting, you can click here. If you're having trouble finding the necessary TXT SPF records for your email domain, you can find guidance here. If you're using Network Solutions, you can find more guidance on updating SPF records here.

If you're working with Network Solutions and need to add a TXT record for verification, follow these steps to add a TXT record and verify your domain.

The NS record is a crucial part of the DNS system, telling it which name servers are authoritative for a domain.

Each domain should have at least 2 of these entries, which is a standard requirement for DNS setup.

The NS record format is straightforward, with each entry listing an authoritative name server for the domain.

The format of the NS record is a list of authoritative name servers for the domain, providing the DNS system with the necessary information to verify a domain's authority.

This record is essential for a domain to function properly, as other name servers can provide responses but without it, they can't be considered an authority.

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