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产品DmarcBeacon
DmarcBeacon

DmarcBeacon

Stop your emails from going to spam.

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Introduction to DmarcBeacon

DmarcBeacon is the smoke alarm for your email deliverability. It continuously monitors your SPF, DKIM, and DMARC records 24/7 and alerts you the moment they break. This service ensures that your emails—whether they are invoices, magic links, or newsletters—reach the inbox instead of being marked as spam. A single broken DNS record can make your messages invisible to recipients, which is why proactive monitoring is essential.

The product offers a free version with unlimited manual scans for developers, making it accessible to all users. For those who need continuous protection, the Pro plan provides 24/7 automated monitoring and instant alerts at an affordable price of $29 per year. DmarcBeacon is designed to be simple, reliable, and free of unnecessary enterprise features.

Takeaways

  • Continuous monitoring of SPF, DKIM, and DMARC records
  • Instant alerts when security configurations break
  • Free forever plan with unlimited manual scans
  • Pro plan offers 24/7 automated monitoring
  • No enterprise bloat — just straightforward email security

How DmarcBeacon Works

DmarcBeacon operates in three main steps:

  1. Enter Your Domain — Simply type in your website address. The system checks your email security in under 30 seconds without requiring any login.
  2. See What's Broken — Get a plain-English report that clearly explains why your emails might be landing in spam.
  3. Stay Protected — The tool performs daily checks and alerts you instantly if anything changes, ensuring your emails stay in the inbox.

Core Benefits and Applications

Use CaseBenefit
Founders & Small BusinessEnsures invoices, proposals, and newsletters reach customers
Agencies & FreelancersManages email security across multiple client domains
IT Teams & MSPsMonitors up to 20 domains from one dashboard
DevelopersAccess to free manual scans and educational resources
EnterprisesProvides reliable and non-invasive email monitoring without complexity