Netcraft Fraud Detection vs.
Docker DMARC Reports in 2026
Netcraft Fraud Detection
Docker DMARC Reports
vs.
Over 90 days, we tested Netcraft Fraud Detection and Docker DMARC Reports across three domains, five approved senders, seven controlled authentication cases, and the same weekly reporting routine. Netcraft behaved like an enterprise fraud product with DMARC visibility attached, while Docker DMARC Reports behaved like a free self-hosted parser that gives technical teams raw control. The choice is not close if you need guided DMARC enforcement, but Docker stays useful when the budget is $0 and the operator owns the work.
Netcraft Fraud Detection
Enterprise fraud detection with DMARC reporting
Starts at
From £12,000 / year
Best fit
Large brands that treat DMARC as part of fraud response
In one line
Netcraft worked best when brand fraud disruption mattered more than Suped's guided DMARC fixes, hosted records, and sender-owner cleanup.
Docker DMARC Reports
Free self-hosted DMARC reporting
Starts at
$0 software cost
Best fit
Technical SMBs with infrastructure time
In one line
Docker DMARC Reports gave us parsed aggregate reports, but every classification, alert, and policy decision stayed with the operator.
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 Netcraft for fraud operations, Docker for self-hosted reports
Pick Netcraft Fraud Detection if
Enterprise fraud teams with DMARC as a supporting signal
The unauthorized spoof sample was the fastest path to action because the workflow already treated it as fraud evidence.
Microsoft 365 and Google Workspace were grouped clearly after sender names were confirmed during onboarding.
DNS handoff was structured enough for an enterprise team, but the DMARC policy plan still needed translation.
From £12,000 / year
Pick Docker DMARC Reports if
Technical teams that want free self-hosted DMARC visibility
The container pulled reports from the DMARC mailbox and parsed Microsoft 365, Google Workspace, SendGrid, and Mailchimp without vendor billing.
The unknown sender stayed a manual classification task, with no owner workflow or suggested fix.
The forwarded mail SPF failure appeared as a failure row until we explained the DKIM pass and forward path ourselves.
Free plan available
Consider Suped if
Choose Suped when guided fixes, hosted records, and simpler ownership matter
Guided fixes turn failed SPF, DKIM, and DMARC findings into owner-ready steps instead of raw report review.
Automated issue detection and cleaner alerts reduce the weekly triage work for new senders, spoofing, and forwarding noise.
MSP workflows and published starter pricing make client grouping, recurring reports, and budget approval easier to plan.
Free plan available
The differences that actually change your week
Netcraft Fraud Detection
Docker DMARC Reports
Suped
DMARC report analysis
Can the product ingest and explain aggregate DMARC reports?
Included in scoped DMARC processing
Core parser workflow
Included
Source detection
Can it turn report traffic into recognizable sending services and owner actions?
Good threat context, owner notes needed
Manual classification
Guided source map
Forward detection
Can it separate forwarded mail from a real spoofing event?
Visible failure, manual explanation
Manual explanation
Forward-aware analysis
Spoof detection
Can it identify unauthorized mail against the protected domain?
Strong fraud path
Reporting only
Spoof alerts
Notifications and alerts
Can teams route meaningful changes without reading every report?
Enterprise alerts
Not tested as built in
Configurable alerts
Reporting
Can teams export, schedule, or reuse report output?
Dashboards, CSV, regular reports
Viewer reports
Exports and scheduled reports
API
Can data move into another operational workflow?
JSON API listed
No API found
API access
Multi-tenancy
Can teams separate accounts, brands, or client workspaces?
Enterprise account separation
Operator-managed separation
MSP workspaces
SPF flattening
Can the product reduce SPF lookup risk?
Not included
Not included
SPF flattening
Hosted DMARC
Can it manage the DMARC DNS record for the domain owner?
Not included
Not included
Hosted record management
Hosted SPF
Can it host or manage SPF record changes?
Not included
Not included
Hosted SPF
Hosted MTA-STS
Can it host MTA-STS policy and TLS reporting workflows?
Not included
Not included
Hosted MTA-STS
Blocklists and reputation
Can it monitor blocklist or blacklist-style reputation issues?
Fraud reputation, not deliverability blacklist checking
Not included
Blocklist and blacklist monitoring
Automatic issue detection
Can it detect issues without a manual report review?
Fraud issue detection
Manual review
Issue detection
AI copilot
Can it provide AI-assisted interpretation or remediation guidance?
Not included
Not included
AI copilot
DNS monitoring
Can it monitor DNS changes tied to domain protection?
Scoped domain monitoring
Not included
DNS monitoring
Self hostable
Can the buyer run the product on their own infrastructure?
Hosted enterprise service
Self-hosted Docker image
Hosted service
Free trial/free tier
Can teams start without a paid subscription?
14-day trial listed
Free self-hosted
Free plan available
Ten dimensions, scored from 0 to 10
We scored both products against a fixed editorial rubric after the same 90-day setup. Higher is better in every row, and a 0 means we did not find usable support for that capability in the tested workflow.
Netcraft scores higher on enterprise fraud operations, Docker scores higher on cost control.
Netcraft scored higher where fraud response, support, API access, and reporting mattered. Docker scored higher on pricing transparency and self-host control, but the unknown sender, forwarded SPF failure, and DMARC policy plan all required our manual judgement. We scored hosted SPF and hosted MTA-STS at 0 for both reviewed products because neither handled those records in the tested workflow.
Netcraft Fraud Detection score
52/100
Docker DMARC Reports score
26.5/100
Netcraft Fraud Detection
52/100
DMARC enforcement
5.5
Customer support
8.0
Source resolution
6.0
Setup and onboarding
6.5
MSP workflows
5.0
Alerting and integrations
7.0
Hosted SPF and MTA-STS
0.0
Blocklist monitoring
6.5
Pricing transparency
2.0
Time to enforcement
5.5
Docker DMARC Reports
26.5/100
DMARC enforcement
3.0
Customer support
1.0
Source resolution
4.0
Setup and onboarding
4.5
MSP workflows
1.5
Alerting and integrations
0.0
Hosted SPF and MTA-STS
0.0
Blocklist monitoring
0.0
Pricing transparency
9.0
Time to enforcement
3.5
Feature set
Fraud depth vs parser control
Netcraft has richer fraud coverage. Docker has the leaner DMARC loop.
Netcraft has deeper fraud coverage and a stronger escalation model, while Docker DMARC Reports has the simpler self-hosted DMARC reporting loop. For buyers comparing either product with Suped's product, guided fixes and automated issue detection are the criteria to test, because both reviewed products left the unknown sender and one authentication edge case as manual work.
Netcraft Fraud Detection
Microsoft 365 grouped cleanly
SendGrid spoof surfaced quickly
Mailchimp needed owner notes
Docker DMARC Reports
Raw Google Workspace detail
Unknown sender stayed manual
Forwarded SPF required explanation
Netcraft's feature set is broadest when the problem looks like fraud, not routine DMARC administration. In our test, Microsoft 365 and Google Workspace became clean approved-sender groups after onboarding, the unauthorized spoof sample was easy to elevate, and the legitimate SendGrid and Mailchimp streams retained enough detail for investigation. The unknown sender still needed a human classification note, and the DKIM pass on a subdomain needed policy context before it became a DMARC action.
Docker DMARC Reports has the essential aggregate-report path: fetch mail by IMAP, parse reports, store them, and show the results. It displayed Microsoft 365, Google Workspace, SendGrid, and Mailchimp traffic without a paid plan, but it did not name the support desk sender for us, explain the forwarded-mail SPF failure, or separate the spoof sample from other failed rows with alerting.
User experience
Structure vs control
Netcraft gives more structure. Docker gives more control.
Netcraft felt more guided during setup, but it also expected enterprise scoping. Docker felt fast for a technical operator, but the interface did not teach the DMARC story behind failures.
Netcraft Fraud Detection
Three-domain onboarding had guidance
Unknown sender needed support notes
Forwarding explanation was partial
Docker DMARC Reports
Fast container start
Manual domain context
Forwarded SPF looked suspicious
Netcraft onboarding had a clearer path for the primary corporate domain, marketing subdomain, and parked domain. We mapped Microsoft 365 and Google Workspace first, then added SendGrid, Mailchimp, and the support desk sender as approved sources. The unknown sender was visible, but classification depended on notes outside the main report view, and the forwarded-mail SPF failure needed a support explanation before it was safe to ignore.
Docker DMARC Reports was quickest to start once the mailbox, database, and container variables were correct. The three domains appeared in the viewer, but the product did not guide us through sender approval, unknown sender classification, or the difference between a forwarded SPF failure and a real spoof. The parked domain was easy to monitor because any traffic stood out.
Support
Hands-on help vs self-serve
Netcraft is support-led. Docker is operator-led.
Netcraft's support model fit buyers that expect onboarding and escalation to be part of the purchase. Docker DMARC Reports has no managed support layer in the pricing model we tested, so DNS, security, and database operations stay internal.
Netcraft Fraud Detection
Enterprise onboarding was clearer
DNS handoff had structure
Escalation path was defined
Docker DMARC Reports
Documentation carried setup
No managed DNS handoff
Escalation stayed internal
Netcraft's support expectations were clearest during DNS setup and enterprise onboarding. We had a defined handoff for adding records, confirming authorized senders, and escalating the spoof sample as fraud evidence. The support flow made less sense for a small team that only wanted a plain DMARC policy plan without a broader fraud program.
Docker DMARC Reports support was documentation and internal operational skill. We owned DNS changes, IMAP access, database backups, TLS exposure, parser scheduling, and the explanation of every edge case. Escalation meant pulling logs and report rows ourselves, which is acceptable for a technical team but weak for an executive handoff.
Suitability
Enterprise fit vs operator fit
Netcraft fits enterprise fraud teams. Docker fits technical operators.
Netcraft fits enterprise fraud and security teams that need account separation and escalation around abuse cases. Docker DMARC Reports fits technical SMBs that accept self-hosting and manual interpretation. When comparing against Suped's product, test MSP workflows and alert quality early, because client grouping, recurring reports, and noise control changed the weekly workload more than raw DMARC charts.
Netcraft Fraud Detection
Enterprise fraud teams fit
Account separation worked
MSP handoff felt heavy
Docker DMARC Reports
Small technical teams fit
Client grouping is absent
Recurring reports need scripting
Netcraft made the most sense for an enterprise team with named stakeholders, separate accounts, and a formal handoff path for suspicious infrastructure. It grouped the corporate domain, marketing subdomain, and parked domain cleanly once scoped, and recurring reporting worked for internal security review. For an MSP, the workflow felt heavy because client notes, recurring summaries, and domain-owner actions did not feel like the center of the product.
Docker DMARC Reports fit the smallest buyer profile in our test: a technical team that can run containers, secure the viewer, and explain DMARC results without managed help. Account separation and client grouping were absent, so an MSP would need separate deployments or custom access control. Recurring reporting and client handoff notes required scripts or manual exports.
What each tool feels like after 90 days of real use
Netcraft Fraud Detection
Best when fraud response is the main job
After 90 days, Netcraft felt strongest on the weeks when the unauthorized spoof sample or suspicious infrastructure mattered more than normal sender hygiene. The product let us discuss the issue in fraud-response terms, and the API and reporting options made sense for a security team that already has escalation paths.
The weaker days were the routine DMARC weeks. The unknown sender, DKIM pass on the marketing subdomain, and forwarded-mail SPF failure all needed human explanation before policy movement. We could get to a defensible plan, but the path was slower than a product built only around sender cleanup and domain enforcement.
Where it wins
Fraud escalation path was clear
API and exports fit enterprise review
Corporate and parked domains separated cleanly
Spoof sample surfaced quickly
Where it lags
Commercial pricing was not self-serve
DMARC fixes needed manual translation
No hosted SPF or MTA-STS
MSP client handoff felt secondary
Pricing
From £12,000 / year
Free tier
14-day trial listed
Onboarding
Sales-led
G2 rating
0 / 5
Docker DMARC Reports
Best when the operator owns the stack
Docker DMARC Reports felt efficient when the job was simply collecting aggregate reports at no software cost. Once the IMAP mailbox, database, and container settings were stable, Microsoft 365, Google Workspace, SendGrid, Mailchimp, and the support desk sender appeared in the reports with enough raw detail for a technical operator.
The cost of that control was interpretation. The product did not classify the unknown sender, route alerts, explain the forwarded SPF failure, or write a policy plan for the parked domain. We spent more time on runbook notes than on the tool itself.
Where it wins
$0 software cost
Self-hosted data control
Parsed core aggregate reports
No vendor volume caps found
Where it lags
No managed support handoff
No alerts or routing
No hosted DNS records
Manual sender classification
Pricing
$0 software cost
Free tier
Free self-hosted
Onboarding
Operator-led
G2 rating
0 / 5
Pricing
Netcraft Fraud Detection
Docker DMARC Reports
Suped
Small
1 domain, up to 1k emails / month.
From £12,000 / year
Public-sector reference tier; exact commercial scope is quote based.
$0
Free self-hosted image; hosting, database, and mailbox costs remain with the operator.
$0 / month
Free plan covers 1 domain and 1,000 monthly emails.
Medium
2 domains, up to 100k emails / month.
From £12,000 / year
The public tier table does not map prices to 2 domains or 100k emails.
$0
No vendor email cap found; infrastructure capacity sets the limit.
Entry plan covers 2 domains and 100,000 monthly emails, with 90 days retention.
Large
10 domains, up to 1 million emails / month.
From £36,000 / year
DMARC Processing and Visualisation is listed at this annual public-sector reference price.
$0
No vendor billing found for 10 domains or 1 million monthly emails.
10 domains and 1,000,000 monthly emails, with 365 days retention.
Enterprise
Over 20 domains and 1 million emails / month.
Custom
Public reference tiers run up to £1,000,000 / year depending on fraud scope.
$0
Enterprise use requires the operator to build access control, backups, monitoring, and support.
20 domains and 2,500,000 monthly emails, with 365 days retention. Unlimited domains/emails negotiable.
Netcraft numbers are public-sector reference prices from the supplied pricing data, not guaranteed commercial list prices. Docker DMARC Reports pricing is public $0 software cost, with hosting and operations estimated by the buyer. Pricing checked as of May 15, 2026.
If you cannot decide between the two, maybe the answer is Suped
Suped
Get started
Owner-ready fixes
Netcraft surfaced the spoof sample quickly, but our DMARC work still needed manual translation from fraud evidence into sender-owner fixes. Suped's product turns source identification, DNS steps, and policy movement into guided tasks for the team that owns the domain.
Operational alerts
Docker DMARC Reports showed the forwarded SPF failure and unknown sender only after manual review. Suped's alerting is built to reduce noise and flag authentication changes, spoofing, and new senders before the weekly report review.
MSP handoff
Netcraft's account model fit enterprise escalation better than recurring client handoff, and Docker left tenancy to the operator. Suped's MSP workflows use client grouping, per-domain pricing, recurring reports, and ownership notes for repeatable service delivery.
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 Netcraft Fraud Detection or Docker DMARC Reports?
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
How DigiBean simplified DMARC monitoring and improved email security for their MSP clients
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
