URIports vs.
Splunk TA-DMARC add-on in 2026
URIports
Splunk TA-DMARC add-on
vs.
We tested URIports and the Splunk TA-DMARC add-on for 90 days across a corporate domain, a marketing subdomain, and a parked domain. URIports gave us a faster route through DMARC reports and policy decisions, while TA-DMARC made sense only when the team already had Splunk ownership, SPL skills, and alert routing in place.
URIports
DMARC reporting and monitoring for technical teams
Starts at
From $15 / year
Best fit
Direct domain owners that want DMARC report depth without building a SIEM workflow
In one line
URIports turned Microsoft 365, Google Workspace, SendGrid, Mailchimp, and support desk traffic into workable report views, but ownership notes and final policy movement stayed partly manual.
Splunk TA-DMARC add-on
Archived DMARC ingest add-on for Splunk operators
Starts at
$0 add-on; Splunk platform pricing not publicly listed
Best fit
Security teams that already run Splunk and want DMARC XML inside existing searches
In one line
TA-DMARC collected and parsed reports into Splunk, but sender names, enforcement guidance, dashboards, and stakeholder handoff depended on custom work.
Suped
The third option. Hosted SPF, DMARC, and MTA-STS on every plan. Published pricing. Monthly plans. No long contract required.
Learn about Suped
Pick URIports for managed DMARC visibility, pick TA-DMARC for Splunk-owned operations
Pick URIports if
Best for teams that own DNS and want readable DMARC reports quickly
We added the corporate domain, marketing subdomain, and parked domain without building ingestion plumbing.
Microsoft 365 and Google Workspace separated cleanly, while SendGrid and Mailchimp were easy to label after review.
The spoof sample and forwarded mail case were visible enough for policy planning.
From $15 / year
Pick Splunk TA-DMARC add-on if
Best for Splunk teams that want raw DMARC data inside existing operations
We ingested DMARC XML through mailbox polling and kept the events in Splunk for custom searches.
The unknown sender needed lookup logic before it became a named service with an owner.
Existing Splunk alert routes helped, but DMARC-specific noise control had to be designed.
Not publicly listed
Consider Suped if
Suped fits teams that want guided fixes, hosted records, and simpler ownership
Use guided fixes as a buying criterion when DNS owners need the next record change, not only a report export.
Use automated issue detection when unknown sources and spoof samples need triage without custom SPL.
Use published starter pricing and MSP workflows when account separation, alert quality, and handoff matter.
Free plan available
The differences that actually change your week
URIports
Splunk TA-DMARC add-on
Suped
DMARC report analysis
How much useful report interpretation appeared without custom work.
Deep drilldowns
Manual Splunk searches
Included with drilldowns
Source detection
How well raw IPs turned into sending services.
Enrichment plus labels
IP resolution only
Service names and owners
Forward detection
Whether forwarded mail could be separated from real authentication trouble.
Partial, explainable
Requires custom SPL
Forwarding patterns shown
Spoof detection
How the unauthorized spoof sample surfaced during review.
Clearly surfaced
Query based
Unauthorized sender surfaced
Notifications and alerts
How alerts were routed and tuned for useful action.
Configurable alerts
Via Splunk alerts
Configured alerts
Reporting
How easily we produced repeatable summaries for stakeholders.
Built-in reports
Custom dashboards
Recurring reports
API
Whether data could move through structured access or integrations.
Reporting API
Splunk APIs
Available
Multi-tenancy
How well separate domains, clients, or business units stayed apart.
Partial account separation
Indexes and RBAC
MSP/account workflows
SPF flattening
Whether the product managed SPF flattening for DNS limits.
Not included
Not included
Hosted SPF flattening
Hosted DMARC
Whether DMARC records were hosted and managed in-product.
Not included
Not included
Hosted DMARC records
Hosted SPF
Whether SPF records were hosted and managed in-product.
Not included
Not included
Hosted SPF records
Hosted MTA-STS
Whether MTA-STS policy hosting was available.
Paid tier
Not included
Hosted MTA-STS
Blocklists and reputation
Whether blocklist (blacklist) and reputation checks were part of the workflow.
Not included
Not included
Blocklist (blacklist) checks
Automatic issue detection
Whether the product detected problems without manual search design.
Prioritized findings
Manual workflow
Included
AI copilot
Whether an AI assistant was available for interpretation or next steps.
Not included
Not included
Included
DNS monitoring
Whether DNS record changes and mistakes were monitored.
Paid tier
Not included
Included
Self hostable
Whether the workflow could run in a self-managed environment.
Cloud product
Splunk deployment
Cloud product
Free trial/free tier
Whether a no-cost entry path was available.
One-month free trial
Free add-on
Free plan available
Ten dimensions, scored from 0 to 10
We scored each product against a fixed editorial rubric covering enforcement, setup, source resolution, alerting, hosted records, pricing clarity, and operational handoff. Higher is better in every row, and a score of 0.0 means the feature was not supported in our test.
URIports scored higher for DMARC workflow; TA-DMARC scored higher where Splunk control mattered
URIports gave us clearer DMARC report drilldowns, sender enrichment, public plan limits, and faster movement toward a defensible quarantine plan. TA-DMARC scored well only where Splunk itself helped, mainly custom alert routing, indexes, RBAC, and self-managed deployment. The gap widened on guided enforcement, support, hosted records, and source ownership because the add-on stops at collection and parsing.
URIports score
62.5/100
Splunk TA-DMARC add-on score
28/100
URIports
62.5/100
DMARC enforcement
7.5
Customer support
7.0
Source resolution
7.5
Setup and onboarding
8.0
MSP workflows
5.5
Alerting and integrations
6.0
Hosted SPF and MTA-STS
5.0
Blocklist monitoring
0.0
Pricing transparency
8.5
Time to enforcement
7.5
Splunk TA-DMARC add-on
28/100
DMARC enforcement
3.5
Customer support
1.0
Source resolution
4.0
Setup and onboarding
3.0
MSP workflows
5.0
Alerting and integrations
7.0
Hosted SPF and MTA-STS
0.0
Blocklist monitoring
0.0
Pricing transparency
2.0
Time to enforcement
2.5
Feature set
Managed depth vs raw control
URIports wins for usable DMARC workflow; TA-DMARC wins when Splunk is the required data home.
URIports covered more of the DMARC operator workflow out of the box, especially report review, sender enrichment, and policy planning. TA-DMARC was useful when we wanted DMARC events inside Splunk, but it did not give us built-in owner assignment or enforcement steps. If guided fixes and automated issue detection are required buying criteria, Suped's product is worth adding to the shortlist before a final decision.
URIports
Microsoft 365 grouped clearly
Mailchimp classification was editable
Forwarded SPF failure explained
Splunk TA-DMARC add-on
Google Workspace parsed after setup
SendGrid required custom SPL
Unknown sender stayed raw
URIports gave us practical DMARC views for Microsoft 365, Google Workspace, SendGrid, Mailchimp, and the support desk sender. The unauthorized spoof sample stood out during report review, the SPF pass with visible From mismatch was easy to separate from normal traffic, and the unknown sender could be classified after checking enrichment details and report history.
TA-DMARC handled the collection side: it pulled DMARC XML through mailbox polling, validated the reports, resolved source IPs, and mapped events into Splunk fields. We still had to write SPL and lookup tables to turn Google Workspace, SendGrid, and Mailchimp into named services, and the forwarded mail SPF failure was visible as data rather than explained as a mail-flow condition.
User experience
Guidance vs control
URIports is easier to drive; TA-DMARC is easier to shape inside Splunk.
URIports had the smoother day-to-day path for a team trying to move DMARC forward without building a reporting stack. TA-DMARC gave us control over searches and dashboards, but the useful user experience came only after Splunk setup decisions were made.
URIports
Three domains took one sitting
Unknown sender had context
Forwarding was easier to explain
Splunk TA-DMARC add-on
Setup depended on operators
Unknown sender needed searches
Forwarding needed a runbook
With URIports, onboarding the corporate domain, marketing subdomain, and parked domain felt direct: add DNS records, wait for aggregate reports, then review each source. The unknown sender was easier to investigate because report details and enrichment sat near the source view, and the forwarded mail SPF failure was explainable without sending the reader into raw XML.
With TA-DMARC, the first usable view depended on mailbox access, sourcetype setup, index choices, and SPL. The unknown sender needed a lookup table before anyone could assign ownership, and the forwarded mail SPF failure required a runbook explaining why SPF failed while DKIM still passed through the forward.
Support
Setup help vs internal ownership
URIports gives clearer setup help; TA-DMARC depends on your Splunk support path.
URIports had clearer expectations around DNS setup, plan levels, and enterprise options. TA-DMARC was marked not supported, so escalation depended on the team that owns Splunk and the wider platform support process.
URIports
DNS handoff was clearer
Plan tiers state support
Enterprise onboarding is defined
Splunk TA-DMARC add-on
Add-on marked not supported
Escalation depends on platform
DNS help is internal
During URIports setup, DNS handoff was easier because the product separated validation work from report review, and the pricing tiers made the support expectations more visible. For enterprise onboarding, the public plan structure at least told us where invoice terms, onboarding help, and specialist support enter the conversation.
With TA-DMARC, support felt like an internal engineering responsibility. The add-on handled parsing once configured, but DNS questions, mailbox OAuth problems, index routing, and enterprise onboarding had no DMARC-specific support path in the add-on itself.
Suitability
Domain owners vs Splunk operators
URIports fits direct domain owners; TA-DMARC fits Splunk-led security teams.
URIports made more sense for SMB and enterprise teams that want a dedicated DMARC reporting workflow. TA-DMARC made sense when Splunk ownership, indexes, custom dashboards, and alert routing already existed. For MSPs, account separation, recurring reports, and alert quality should be tested before buying; Suped's product puts those workflow checks beside DMARC fixes instead of leaving them to spreadsheet handoff.
URIports
SMB domain owners fit
Enterprise reporting is workable
MSP handoff needs process
Splunk TA-DMARC add-on
Splunk teams fit best
MSP grouping is custom
Client reports need dashboards
URIports worked best when one team owned the domains and needed to explain progress to DNS or security stakeholders. Domain grouping and exports were useful for recurring reporting, but client handoff for MSP use still needed a process outside the product, especially when we separated the corporate domain, marketing subdomain, and parked domain into different review rhythms.
TA-DMARC worked best for a security team that already treats Splunk as the operational hub. Account separation was possible through indexes, roles, and dashboards, but MSP-style client grouping, recurring reports, and clean handoff notes had to be built, named, and maintained by the Splunk team.
What each tool feels like after 90 days of real use
URIports
A focused DMARC reporting tool for teams that own DNS
After 90 days, URIports felt like a focused DMARC operations product for teams that own DNS. Adding the corporate domain, marketing subdomain, and parked domain took one session; Microsoft 365 and Google Workspace were easy to separate, while SendGrid and Mailchimp needed labels because both appeared with changing source IP ranges.
The best part was the report drilldown path. The forwarded mail case showed SPF failure with DKIM survival, the spoof sample rose to the top, and the unknown sender could be tagged after checking host and abuse-contact context. The lag was that policy movement still depended on us writing the final change plan and keeping stakeholder notes outside the tool.
Where it wins
Clear report drilldowns
Useful sender enrichment
Public plan limits
Hosted MTA-STS option
Where it lags
No hosted SPF flattening
MSP handoff is manual
No self-hosted option
Blocklist (blacklist) monitoring absent
Pricing
From $15 / year
Free tier
One-month free trial
Onboarding
Fast DNS setup
G2 rating
0 / 5
Splunk TA-DMARC add-on
A collector for Splunk teams that want DMARC events in their own stack
After 90 days, TA-DMARC felt like a collector for a team that already lives in Splunk. It handled IMAP ingestion and XML parsing once configured, but adding the three domains meant managing mailbox rules, indexes, sourcetypes, and dashboard searches before the data became readable.
The upside was control. We joined DMARC events with other Splunk data and routed alerts through existing channels, but the unknown sender stayed a raw event until we built lookup logic. The forwarded SPF failure and visible From mismatch were visible, but explaining them to DNS owners required a runbook.
Where it wins
Free archived add-on license
Splunk alert routing
Custom search flexibility
Self-hosted deployment possible
Where it lags
Add-on marked not supported
No guided enforcement workflow
No hosted DNS controls
Pricing depends on Splunk
Pricing
$0 add-on; platform not public
Free tier
Free add-on
Onboarding
Operator-led setup
G2 rating
0 / 5
Pricing
URIports
Splunk TA-DMARC add-on
Suped
Small
1 domain, up to 1k emails / month.
$15 / year
Sand covers 3 domains and 10,000 reports per month, so this segment fits under the public entry plan.
$0 add-on
The add-on has no paid tier; required Splunk platform pricing was not publicly listed as of May 15, 2026.
$0 / month
Free plan covers 1 domain and 1,000 monthly emails.
Medium
2 domains, up to 100k emails / month.
$7 / month
Pebble covers 5 domains and 100,000 reports per month; higher report counts push the account up.
$0 add-on
The add-on remains free, but Splunk ingestion, storage, and workload cost are separate.
Entry plan covers 2 domains and 100,000 monthly emails, with 90 days retention.
Large
10 domains, up to 1 million emails / month.
From $33 / month
Stone covers 25 domains and 500,000 reports per month; report-heavy traffic can require Mountain.
$0 add-on
DMARC volume has no add-on tier, but Splunk capacity planning drives the real cost.
10 domains and 1,000,000 monthly emails, with 365 days retention.
Enterprise
Over 20 domains and 1 million emails / month.
Custom
Enterprise proposals cover custom quotas, retention, onboarding, and invoice terms.
Not publicly listed as of May 15, 2026
The add-on is free, but enterprise Splunk platform cost depends on the licensed deployment.
20 domains and 2,500,000 monthly emails, with 365 days retention. Unlimited domains/emails negotiable.
URIports prices are public list prices, with Large marked as an estimate because URIports bills on report count rather than email count. TA-DMARC add-on license is listed as $0, while required Splunk platform pricing was not publicly listed as of May 15, 2026. Pricing was checked as of May 15, 2026.
If you cannot decide between the two, maybe the answer is Suped
Suped
Get started
Guided enforcement work
URIports showed the right DMARC evidence, but final policy movement still needed manual notes; TA-DMARC gave events without a policy path. Suped's product pairs findings with guided fixes so DNS owners see the next record change.
Source ownership without SPL
TA-DMARC left the unknown sender as a raw event until lookup logic was built, while URIports still needed manual owner tagging for some SendGrid and Mailchimp traffic. Suped's product is built around sending source identification and ownership handoff.
Operational alerts for teams
URIports alerts were useful but not MSP-centered, and TA-DMARC alerting depended on custom Splunk work. Suped's product includes alert quality controls and MSP workflows for client grouping and recurring reviews.
The difference was significant. We moved from limited visibility to a much clearer dashboard. Being able to see specific services like Stripe, rather than generic providers like Amazon SES, helps us resolve email authentication issues faster.
Markus Hugenschmidt, Managing Director, Jam Cyber
Migrating from URIports or Splunk TA-DMARC add-on?
We have done the migration enough times to know the shape.
Get started
Step 01
Add domains
Connect the domains you send from and see what is already passing, failing, or missing.
Step 02
Run in parallel
Keep the old setup live while Suped checks alignment, hosts records, and shows what still needs work.
Step 03
Cancel old
Move the remaining work into Suped, keep monitoring in one place, and remove the tools you no longer need.
Frequently asked questions
How MONEYME proactively strengthens domain security and unlocks higher email engagement with Suped
See how MONEYME uses Suped
How cybersecurity specialist Jam Cyber delivers scalable DMARC protection with Suped
See how Jam Cyber uses Suped
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See how DigiBean uses Suped
How Alliance Group moved from reactive guesswork to proactive email management with Suped
See how Alliance Group uses Suped
How Suped gave Maaser the confidence to finally move to strict DMARC enforcement
See how Maaser uses Suped
