Emails are a fundamental element of company communication, but they may be attacked online. Cybercriminals obtain sensitive data via a variety of methods, such as email spoofing. Implementing DMARC, or Domain-based Message Authentication, Reporting, and Conformance, is necessary to secure your email domain. However, setting up a DMARC record may be difficult, and many businesses have trouble doing it right. This is where the DMARC Record Creator, a user-friendly tool that makes building a DMARC record simple, comes in.

What is a DMARC Record?

A DMARC implementation’s core component, a DMARC record, specifies the rules and policies which the recipient domain may adhere to. The domain.com is substituted with the owner’s domain name in this DNS (Domain Name Service) access, which is established as a TXT record at the address “_dmarc.domain.com”. A DMARC record’s major function is to provide the protocol that ISPs, ESPs, such as Gmail, G suite, Yahoo, AOL, Exchange servers, Google workplace, and Microsoft 365 domains, amongst others, can use to handle emails that reject verification. 

The DMARC Record, by taking note of the DMARC policy of the domain you own, assists in monitoring all emails that go to the company’s domain. Any email server on the web may immediately access them as the DMARC record resides in your DNS. A system that can obtain the DMARC record of the domain you registered and employ it to assess the legitimacy of an email as soon as they have access to DNS. Organisations producing DMARC records will be able to specify how breaches ought to be addressed as a result. These communications can be denied, quarantined, and monitored (and delivered).

Why DMARC record is so important?

1. Protection from phishing and email spoofing attacks: The DMARC record provides an extra layer of security to your email domain by allowing email service providers to authenticate incoming emails from your domain. A DMARC record ensures that only authorised senders can send emails on behalf of your domain, reducing the chances of phishing and email spoofing attacks.
   
2. Improved email deliverability: The DMARC record helps improve email deliverability by reducing the chances of legitimate emails being marked as spam or rejected by recipient email servers.
   
3. Better visibility and control over email activity: the DMARC record provides detailed reports on email activity, including failed authentication attempts and delivery rates. These reports help organisations gain better visibility and control over their email activity, which can help them detect and mitigate email-related security incidents more effectively.
   
4. Compliance with email authentication standards: Many industries and government organisations require email authentication standards, such as DMARC, to be implemented for email communication. By having a DMARC record in place, organisations can ensure compliance with these standards.
   

How a DMARC Record Checker works?

The DMARC entry is one line of just text. A collection of DMARC tags along with their values are shown in the text, each one delimited by a semicolon. Certain tags must be used, while others are a choice. Recipient servers are given instructions by a DMARC policy regarding what to do with emails that fail to be authenticated. As you establish your DMARC record, the policy (p) tag specifies the measure that needs to be taken. 

Here’s an example of DMARC record:

v=DMARC1; p=reject; rua=mailto:dmarc-reports@emailauth.io

The DMARC record contains information about how the receiving email server should handle emails that fail SPF and DKIM authentication. Here is a general overview of how DMARC record checking works:

• The receiving email server receives an email from a sender domain.
• The email server checks the sender’s domain for a DMARC record.
• If a DMARC record is found, the email server checks the message’s SPF and DKIM authentication results against the DMARC policy specified in the DMARC record.
• If the email passes SPF and/or DKIM authentication and the DMARC policy is set to “none,” the email is delivered as usual.
• If the email fails SPF and/or DKIM authentication and the DMARC policy is set to “quarantine” or “reject,” the email may be marked as spam or rejected altogether, depending on the email server’s settings.
• The receiving email server may send a DMARC report to the sender’s domain, providing information about the email’s authentication results and delivery status.

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