SendForensics vs.
DMARCLytics in 2026

SendForensics parsed the Microsoft 365 and Google Workspace traffic without confusion, and SendGrid and Mailchimp were easy to inspect beside campaign deliverability tests. The support desk sender needed a manual label, the unknown sender required IP and domain notes, and the forwarded SPF failure only made sense after we compared DKIM pass data with receiver disposition. The parked-domain spoof sample was visible through non-sending domain protection, but the next step still came from our own remediation notes.

DMARCLytics was more DMARC-native in our test. Microsoft 365 and Google Workspace appeared cleanly in the sender distribution view, SendGrid and Mailchimp were clearer on host-level paid reports, and the trusted sender workflow gave us a faster path for classifying the unknown sender. The DKIM pass on a subdomain and the forwarded mail SPF failure were easier to explain because the product kept policy status, record checks, and sender status closer together.

SendForensics was straightforward during setup of the primary domain, marketing subdomain, and parked domain. The approved Microsoft 365, Google Workspace, SendGrid, and Mailchimp traffic appeared in places a deliverability team would understand, but finding the unknown sender meant moving between report detail and our own notes. The forwarded SPF failure was explainable, but the interface did not turn it into a clear forwarding-vs-threat decision on its own.

DMARCLytics had a smoother DMARC-specific flow during the same setup. The record checks helped confirm each domain was collecting reports, the policy wizard made the next enforcement step more visible, and trusted sender review gave the unknown sender a clearer path to classification. The forwarded SPF failure was easier to explain because the interface kept DKIM status, sender status, and policy context in the same operational path.

With SendForensics, DNS setup was manageable for the three domains, and the guide material answered basic questions around report ingestion and sender review. The support handoff was less clean when we asked how to document the forwarded SPF failure for a non-technical stakeholder and how to move the parked domain toward stricter policy. Enterprise onboarding items such as SAML and custom integrations were visible, but final scope depended on plan and handoff details.

With DMARCLytics, the support model was easier to map to the rollout plan. Starter-level support was email-oriented, Professional added priority human support, and Enterprise described a dedicated DMARC engineer for onboarding, record configuration, and ongoing support. The strongest point was DNS handoff, because hosted DMARC and hosted SPF reduced the number of direct DNS edits after initial setup.

SendForensics made the most sense for a team that already owns campaign QA and deliverability testing. Account separation was strongest on Agency through multiple analysis addresses and advanced reporting, which helped group the corporate domain, marketing subdomain, and parked domain without mixing every workflow together. For MSP-style work, recurring report value was present, but client handoff still needed extra notes when the unknown sender and forwarded SPF case needed explanation.

DMARCLytics made the most sense for an operator responsible for getting multiple domains toward enforcement. Domain grouping was cleaner for the DMARC job itself, team management appeared on paid tiers, and Enterprise or custom agency packaging was the likely path for larger MSP use. The gap was commercial clarity: the public page mentioned Agency-style MSP use, but the main plans did not make that package as easy to price as a standard business rollout.