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How to Add TXT Record to DNS on Godaddy

How to Add TXT Record to DNS on Godaddy

TXT record, also known as 'text record', is a type of DNS record. It is used to store a large variety of free text and can be used for multiple purposes, such as storing email sender's policies, contact information, domain hosting provider, anti-spam settings, etc. To add a TXT record to DNS on Godaddy, there are several steps you need to take. In this article, we will walk you through an easy guide on how to add a TXT record to DNS on Godaddy. We will also discuss the importance and different use cases for using a TXT record.

What is a TXT Record?

A TXT record (short for text record) is an entry in the Domain Name System (DNS) database that provides information about a domain or hostname. Specifically, a TXT record stores textual information that can be used for various purposes including verifying domain ownership, preventing email spoofing, providing a personal unique identification, and verifying DKIM and SPF information. In the context of domain names, a TXT record is generally used to prove ownership of a domain. This is often done by an email address or a specific code that was provided by the service or organization controlling the domain. The code is stored in the DNS database in the form of a TXT record. When the domain is validated, the code is read from the TXT record and compared with the original. If the code in the TXT record and the original code match, the domain is validated. TXT records are also commonly used for email spoofing prevention. By adding a TXT record to a domain, the domain owner can specify the IP address of the sending server. Mail servers check the sender’s IP address against the TXT record to ensure the address is authorized to send emails from the domain. This helps to prevent spammers from spoofing the domain’s email address and sending spam messages from it. TXT records are also used for verifying DKIM and SPF information. DKIM stands for Domain Keys Identified Mail and adds a cryptographic signature to an email which is used to authenticate the origin of the email. SPF or Sender Policy Framework adds a list of IP addresses which are authorized to send emails from the domain. By adding DKIM and SPF records to the domain’s TXT record, mail servers can check the signatures of the email sender and verify that the sender is authorized to send emails. In summary, TXT records are essential for controlling and proving ownership of a domain, preventing email spoofing, providing a personal unique identification and verifying DKIM and SPF information. Without them, it would be difficult for domain owners to properly manage their domains and email services.

Uses of TXT Record

TXT records are one of the most commonly used types of record, and they have a variety of uses for any number of organisations. TXT records are a type of Domain Name System (DNS) record, which identifies a domain’s associated name server as authoritative for the domain. The most common use of TXT records is to verify domain ownership with an outside service. Since DNS is composed of publicly-accessible records, it’s a naturally easy place for outside services to store and verify information about a domain’s status. Many services such as Google or popular platform providers like Wordpress include TXT records to prove domain ownership and verify other associated services. TXT records also have uses for website owners as a reputation signal to Search Engines. Many search engines check DNS records to gauge a website’s trustworthiness and evaluate how legitimate it is. Among the signals that search engines check include whether or not the domain is registered with a legitimate company. Domain owners may look to use TXT records to provide information about the website’s owner or address to signal its legitimacy. Additionally, TXT records can be used to contain specific information about a domain’s use. For instance, a TXT record can be used to list a domain’s technical contact information. This is not information generally found in DNS records, but it can be used to provide information to those who may require it. A domain’s contact information can also be stored in a txt record for email purposes. In some cases, TXT records can also be used for email delivery. Many domains use DNS records to provide email delivery information associated with an email address. This is used to enable email clients and help configure them when someone is checking email from a new domain. TXT records are versatile and provide a wide array of uses to organisations, website owners, and other internet operations. With such a variety of uses and benefits, TXT records have become an important part of the Domain Name System and a common part of most domain configurations.

Create New TXT Record: Step-by-Step Guide

A TXT record is an entry in a DNS (Domain Name System) database that allows domain administrators to attach any text-based data to their domain name. They are commonly used to verify domain ownership, specify a mailing list or email address, or to customize options for third-party services. There are two main types of TXT records; domain-wide and host-specific. Moving forward, this guide will provide step-by-step instructions to create a new TXT record for your domain. Step 1: Login to your DNS provider. You can access your domain’s DNS management console through the website of your domain registrar or DNS hosting service. Once logged-in, search for the “DNS Records” page. Step 2: Look for the option to add a new record. It’s usually listed as “+ Add Record” or something similar. Step 3: On the record creation page, you’ll see details of the TXT record you want to create. Make sure you select the correct type. For TXT records, it will be “TXT (text).” Step 4: Next, some DNS providers will ask you to specify a TTL (Time to Live) value. This is the time the record will remain valid on the DNS servers. Stick with the recommended value. Step 5: You are now ready to enter the actual TXT record information. To configure the record, you’ll need the hostname and value provided by the service for the TXT record. Add the details in the respective fields and save the record. Step 6: You should now be able to find the TXT record in the “DNS Records” page of your DNS provider. To verify that the record is added correctly, you can perform a DNS query in the command line. If it’s configured properly, you’ll see the TXT record as part of the list of DNS records. That’s it! You should now have a fully-functional TXT record set-up for your domain. Adding a new TXT record may take a few minutes to propagate to all the DNS servers. Subsequently, any services that require the record should function properly once it’s available. To modify or delete the TXT record, simply navigate to the “DNS Records” page and make the necessary adjustments.

Common Issues with TXT Record Setting

When setting a TXT record, there are some common issues that users may encounter. Being aware of these problems can help you change or correct a faulty TXT record faster. Mismatched values are a common problem where the value set doesn’t match with the one the service is expecting. This could be caused by accidentally entering the wrong value or incorrect syntax. When troubleshooting this issue, double check the value that you inputted and make sure it meets the requirements of the service expecting it. Another common issue is that the TXT record is not propagating to the public DNS servers. This may happen due to an older DNS server caching the value and not updating when a new record is added. You can try flushing the DNS records by resetting the DNS servers or using utilities such namebench. TXT records can also be incorrect because of a mistake made while editing the existing record. It is common for users to accidentally delete or modify other existing records without meaning to. To prevent this, always double check the existing records before “Save”. Incorrect TXT record formatting can lead to unintended results as well. Check the formatting before adding a new TXT record to ensure it is entered correctly. While some providers accept multiple formats, others require a specific one. Last but not least, DNS lookups should return the proper long-term result. If a DNS lookup is timing out or returns incomplete information, try pinging the domain or using a different DNS server. Furthermore, verify that the entire record is displayed once the lookup is completed. By familiarizing yourself with these common issues, you can identify and address any problems with TXT record setting faster. Keeping everything up to date and configured correctly will help guarantee that your setup works as intended.

TXT records are a type of domain record that provides verification, hosting information, or other data about a domain. While they are essential in many aspects of running a website, they can often be a source of confusion for users. This article will explore common issues with TXT record setting and provide some tips to help.

  • Improperly Formatted TXT Records
  • Missing Authorization Credentials
  • Unclear DNS Entries
  • Incompatible Resolver Settings
  • Incorrect Syntax or Formatting

Steps to Fix the Issues

We all experience issues in our lives and it can be overwhelming when we don’t know how to fix them. Oftentimes, the answer lies in taking a few simple steps to get the problem solved. Here are five steps to take when tackling an issue: 1. Identify the problem. The first step when trying to fix an issue is accurately identifying what the problem is. Take the time to contemplate what has changed and discern what is causing the issue so that you can get specific when developing a solution. 2. Gather information. It can help to talk to a professional or someone who may have dealt with the same problem, such as a friend, mentor or colleague. Taking the input of those who have experienced a similar issue is very helpful when to when figuring out how to tackle it. 3. Create an action plan. Once you’ve gotten a better understanding of the problem, create a plan of action for tackling it. Take into account the input you gathered and create a timeline with specific steps to plug away at the issue over time. 4. Put your plan into action. Once you have the plan of action ready, start executing and make progress towards solving the problem. Taking even small steps at a time can help you prioritize initiatives and stay on track. 5. Monitor progress. As you embark on fixing the issue, it can be helpful to keep an eye on your progress and course-correct if necessary. Reflection can help you to gain an understanding of any changes you need to make and adjust your plan accordingly. If you find yourself with an issue you don’t know how to fix, try following these five steps to help you resolve the issue successfully. With a plan in place and steady progress, you’ll be closer to fixing the issue for good.

Purging Cached DNS Records

Cached DNS records are stored in the local cache of your computer, and they help in quickly resolving DNS queries. Cached DNS records are stored so that you do not have to wait long every time you make a DNS call. Generally, the cached DNS records in your computer remain valid for a few hours before they expire and have to be renewed. However, sometimes it becomes necessary to purge the cached DNS records in order to get the most updated version. Caching DNS records helps in better loading of websites, so it is a helpful feature. However, sometimes it can become problematic due to the fact that it may contain the wrong or outdated records. So, if you experience problems such as slow loading of websites or errors while trying to access them, then you may have to clear your cached DNS records. This process is referred to as DNS purging. To purge your cached DNS records, the first step you will need to take is to determine the type of DNS records you will need to delete. On Windows, you can access the Control Panel > Network and Internet > Network and Sharing Center to view the DNS settings on the local computer. On Mac OS X, you can obtain the same information from Preferences > Network. You can then use the help of third-party tools like DNS Flush Utility to purge the cached records. Depending on the Operating System you are using, you may have to use different tools. After the purging has been done, you can then restart or flush the Domain Name System proxy to ensure that the updated version is used. You should exercise caution while purging your cached DNS records since it might cause some services to malfunction. It should also be noted that purging is not recommended for heavily trafficked websites. Instead, these websites should use a distributed DNS system that helps to keep the records updated even with heavy traffic. In order to keep your cached DNS records updated with the latest version, you should use DNS Refresh or DNS Update if your domain provides it. This way, it is easier to keep the records updated with the latest version and avoid any serious problems.

Uses of DKIM with A TXT Record

DKIM, or DomainKeys Identified Mail, enables senders to sign their emails with a digital signature. It helps to protect against email spoofing, meaning that an attacker cannot make it appear that emails are coming from somewhere or someone else. Digital signatures also make it easy for receivers to identify emails coming from authenticated domains and reject any emails from domains that cannot be authenticated. DKIM is accomplished through the use of a TXT (Text) record, which is added to the Domain Name System (DNS). This TXT record contains a series of information, such as the domain name of the sender, the public DKIM key used to cryptographically sign emails from that domain, and a series of other optional data points. When a receiver receives a message, it will use the public DKIM key mentioned in the TXT record to check whether the message was indeed cryptographically signed by the owner of the domain. If the check is successful, the receiver can trust that the message was indeed sent from the declared domain. The DKIM authentication specified in the TXT record helps the receiver to decide to accept or reject the message. Using DKIM with TXT records not only helps to ensure that emails are coming from the sources they claim to come from, but it can also help to improve the reputation of the sender. Email systems like Google and Microsoft's Outlook make use of DKIM to verify emails and use the results to decide if the email should be delivered, and where it should be placed in the mailbox. If a sending domain has a valid DKIM record, then it could result in more emails being delivered to the recipient's inbox. To set up DKIM with a TXT record, you will first need to generate a pair of DKIM keys, one private and one public. The private key should be kept secure, and the public key should be used to create the TXT record which is then added to the DNS. Once the DNS record is in place, the domain owner can start signing the emails they send with the private key. The server receiving the emails can then use the public key to verify the authenticity of the message, and authenticate the sender. DKIM provides added security to help protect the integrity of emails, protect against spoofing attacks, and promote better email reputations for senders. As such, it is important for website owners and business owners to set up DKIM with a TXT record in order to better protect their customers and their brand.

DKIM is a powerful technology that allows organizations to store messages digitally through the use of digital signatures. The DKIM with A TXT record allows domain administrators to link their domain to their emails, providing a secure way to send messages without the risk of messages being tampered with or spoofed. It also helps anti-spam filters to identify which messages are coming from authorized senders.

  1. Reduce risk of emails being spoofed
  2. Helps authenticate senders, allowing trusted emails to reach the recipient
  3. Improves deliverability by verifying the quality of the domain
  4. Protects against email tampering
  5. Helps anti-spam filters distinguish between trusted messages and potential spam

How to Add Sender Policy Framework (SPF) Record?

Sender Policy Framework (SPF) is an email validation system designed to detect and prevent email spoofing. An SPF record is used to verify the identity of a sender so that the server is not tricked into sending mail to the wrong place. To ensure that incoming emails appear to be from a legitimate source and avoid losing potential customers by having important emails automatically filtered to the spam folder, an SPF record is a must. To add an SPF Record, the first step is to log into the domain's hosting control panel. Depending on the hosting company, this might be cPanel, Plesk, or any other control panels. Once logged in, find and click on the “DNS” icon or similar. From there, scroll down to the section for the “TXT Records”, select it, and then look for the place to add a new custom record. In the TXT field, add the following code which is the basic SPF record: v=spf1 +a +mx ~all Replace the X’s with the server’s IP address, so it looks like this: v=spf1 +a +mx +ip4:123.456.789.321 ~all Hit “Save” or “Save Changes” and the SPF record will be saved. To double check that the record has been added correctly, use a “lookup tool” to view DNS information for the domain. This will show the newly added SPF record. If all looks good, try sending an email from the domain. If the SPF record is installed correctly, the email should be accepted by the intended recipient. Creating an SPF record is a simple way to improve your email deliverability and reduce the chances of your emails going to the spam folder. It is also a great precaution to help protect your domain from spoofing and fraud. Following the steps above should help you set up an SPF record quickly and easily.

Adding Alternate Domain Name (CNAME) Record

Adding an Alternate Domain Name or CNAME is a common practice for many webmasters because it enables them to use multiple domain names for the same website. This is useful in a variety of scenarios, including having multiple subdomains associated with your website or having a web presence affiliated with multiple top-level domains (TLDs). Using a CNAME record also allows you to direct web requests for one domain to another, while still having the original domain name in the address bar. To add a CNAME record to your website, log into your web host or domain name provider and access your Domain Name System (DNS) settings. In the list of DNS records, locate the field to create a new CNAME record. Here, you can designate an alias for the existing domain name and enter the other domain name that you want to direct web requests to. Both of the domain names should be included in full, including the TLD extension. Once you have added the CNAME record to the DNS settings, save the changes and wait a few minutes before testing. To be sure that the alias is configured properly, you can perform a lookup using an online DNS checker. This will display the details for the CNAME record associated with your domain. Once you have verified that the CNAME has been correctly configured, your website will be accessible through both domain names. In order to properly configure a CNAME record, it is important to ensure that both domains are registered and pointing to the same web hosting server. Additionally, if you are running a secure website with HTTPS, it is essential that both domains have valid SSL certificates to ensure a secure connection. Overall, adding an Alternate Domain Name (CNAME) record is a fairly straightforward process and can be completed quickly by most webmasters. It is an effective way of allowing your website to be accessible through multiple domain names, which can be beneficial in a variety of scenarios.

How to Enable DMARC Records?

DMARC (Domain-based Message Authentication, Reporting & Conformance) is an email authentication, policy, and reporting system that is used to detect and prevent email spoofing. It can help protect your domain from being used in phishing attacks and other fraudulent activities that involve email. When you enable DMARC records, your domain can be authenticated by mail servers and the email is more likely to be delivered to the recipient. DMARC works by instructing mail receivers (like ISPs or webmail services) on what to do when they receive mail that claims to come from your authorized domain. This includes specifying what kind of authentication techniques were used by the sending server and what action should be taken if the message fails that authentication. Thus, it protects the domain from usage in phishing campaign or other fraudulent activities. To enable DMARC, first you need to create a DMARC record entry in your DNS server. To do this, you need the domain for which you are creating the record, the DMARC policy (which defines how email authentication should be handled for emails sent from the domain), and the email address where you wish to have the DMARC reports sent. After you have created the entry you can publish the record, which tells the rceiving email server what to do when it receives an email message claiming to be from your authorized domain. Once you have published your record, you must monitor its performance by receiving DMARC reports. These reports give you insight into how your domain is being used and can help you identify any email spoofing activities done in the name of your domain. This not only helps protect your brand and your domain’s reputation, but it may reduce your risk of having your content blocked by mail receivers. By enabling DMARC with an appropriate policy, you can significantly increase the security and deliverability of your emails. To ensure that you are set up properly and to monitor its performance, make sure to set up regular DMARC reports. This will provide you with up-to-date information and allow you to listen for any changes in the way your domain is being used.

Test Your DNS Records Settings

Do you need to troubleshoot your DNS Records Settings? The Domain Name System (DNS) is a distributed system that translates domain names into IP address. It is important to test and make sure your DNS records settings are correctly configured to ensure your website, email, and other online services are working as expected. Checking your DNS records can be a tricky process, but there are two easy methods you can use to test them. First, you can make use of an online tool such as DNS Check. To use the tool, you simply enter the domain name for which you would like to check the DNS record and click the ‘Check’ button. The tool will then display all the DNS records for your domain, including A, MX, CNAME, and NS records. If you prefer to use the command line, you can obtain the same information by running the command ‘dig’ on a Linux system. This command allows you to query the DNS for information. To use it, you will need to enter the server IP address followed by the record type you would like to check. For example, to check the A record for the domain ‘’, you could use the command ‘dig A’. Once you have checked the records, you can verify that the expected information is present. If the DNS settings are not correct, you can make the necessary changes and re-test the records to ensure they are configured properly. By testing and correctly setting up your DNS records settings, you can ensure that your website, emails, and other online services are working properly and are securely set up. It is important to periodically test your DNS records to make sure they are up-to-date and secure.

Verifying that your DNS records are correctly set up is a crucial part of setting up and running a website. It is necessary to ensure that your website is accessible and properly configured. The following table provides a comparison of different methods you can use to check your DNS records settings.

Method Advantages
Using DNS Tools Shows all of the DNS records associated with your domain and allows you to see if your records are set up correctly.
Using Ping or Traceroute Allows you to check the speed and performance of your website, as well as troubleshoot any issues.
Using a Root Server A root server will provide you with the most up-to-date and accurate information about your DNS records.


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