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https://www.directus.io

Infrastructure

· 9 checks — DNS, redirects, IPv6, crawlability, URL variants, and domain intelligence rolled into one auditable list.
SCORE
90
GRADE
A
FIX
0
REVIEW
4
PASS
5
INFO
0
Probed from Madrid, Spain
301 Moved Permanently
Checks
9
5 PASS 4 REVIEW
B
DNS Records
2 A records, 27 ms lookup
REVIEW
2 A records, 27 ms lookup
Info::
Resolves to 2 IPv4 address(es)
Got: 63.176.8.218, 35.157.26.135
Info::
Has 2 IPv6 (AAAA) record(s)
Got: 2a05:d014:58f:6200::259, 2a05:d014:58f:6200::258
Warning::
CNAME record at zone apex
A CNAME at the zone apex can break MX and NS records. Use ALIAS/ANAME or A records instead.
Got: directus-website.netlify.com
Info::
No NS records found
Info::
No MX records — email not configured via DNS
Info::
CAA records not checked
CAA record lookup requires a specialized DNS resolver. This check will be available in a future update.
Info::
No SPF record found in TXT records
SPF helps prevent email spoofing. Add a TXT record starting with 'v=spf1'.
Info::
DNS resolution time: 27 ms
Got: 27 ms
A63.176.8.218, 35.157.26.135
AAAA2a05:d014:58f:6200::259, 2a05:d014:58f:6200::258
CNAMEdirectus-website.netlify.com
NS
MX
TXT
CAALookup not available with standard resolver
Resolved in 27 ms

A CNAME at the zone apex can break MX and NS records. Use ALIAS/ANAME or A records instead.

Why this matters

CNAME at the apex (example.com) breaks every other apex record (MX, TXT, NS) — DNS-protocol violation per RFC 1034.

Learn more

RFC 1034 forbids CNAME alongside other records at the same name. Some DNS providers offer ALIAS / ANAME / flattened-CNAME records that work around this — use those instead. Otherwise apex-level CNAME breaks email (no MX), domain ownership verification (no TXT), and more.

Source: RFC 1034

CAA record lookup requires a specialized DNS resolver. This check will be available in a future update.

Why this matters

Informational: CAA (Certification Authority Authorization) records weren't checked in this scan.

SPF helps prevent email spoofing. Add a TXT record starting with 'v=spf1'.

Why this matters

Without SPF, receiving servers can't validate sending IPs — your domain is easier to spoof in phishing.

Learn more

SPF complements DMARC. Both should be published. SPF records list authorized sending IPs (e.g., `v=spf1 include:_spf.google.com ~all` for Google Workspace). After publishing, verify in Google Postmaster Tools or mxtoolbox.

Source: RFC 7208 (SPF)

B
URL Variants
www/non-www, trailing slash, HTTP→HTTPS
REVIEW
www/non-www, trailing slash, HTTP→HTTPS
Critical::
Both www and non-www versions serve content
Got: Both variants return 200 Expected: One variant 301-redirects to the other
Info::
HTTP correctly 301-redirects to HTTPS

www / non-www

200https://www.directus.io/
200https://directus.io/

Inconsistent — duplicate content risk

HTTP → HTTPS

301http://www.directus.io/ https://www.directus.io/

Consistent

B
TLS Certificate Expiry & Recommendations
80 days until leaf cert expires — 4 issues to address
REVIEW

Certificate validity

80
days left
0d 30d 60d 90d+

Recommended actions

  • Add includeSubDomains to the HSTS directive
  • Add the preload directive and submit to hstspreload.org once max-age + includeSubDomains are in place
  • Enable DNSSEC on your domain for DNS spoofing protection
  • Enable OCSP stapling on your TLS server to remove a CA roundtrip and protect user privacy
B
CDN & Delivery
Netlify
REVIEW
Netlify
Info::
Site is served via Netlify CDN
Got: x-nf-request-id: 01KNMTB3Q8Z59KTQZ6HJ0JT0ET
CDN Detected: Netlify
Provider Netlify Evidence x-nf-request-id: 01KNMTB3Q8Z59KTQZ6HJ0JT0ET
A
Redirect Chain
1 redirect(s), 234 ms total
PASS
1 redirect(s), 234 ms total
Info::
Single redirect
Got: https://www.directus.io → https://directus.io/ (301)
Info::
WWW normalization redirect

https://www.directus.io

112 ms · HTTP/1.1

301

https://directus.io/

122 ms · HTTP/1.1 FINAL

#URLStatusTimeProtocolServer
1https://www.directus.io301112 msHTTP/1.1Netlify
2https://directus.io/200122 msHTTP/1.1Netlify

See the visual redirect chain in the HTTP Probe tab →

A+
IPv6 Readiness
IPv6 reachable (36 ms)
PASS
IPv6 reachable (36 ms)
Info::
IPv6 is configured and reachable at 2a05:d014:58f:6200::259, 2a05:d014:58f:6200::258
Got: 36 ms connect
IPv6 Ready
AAAA Records 2a05:d014:58f:6200::259, 2a05:d014:58f:6200::258 Connection Reachable (36 ms)
A+
Crawlability
robots.txt present, sitemap with 853 URLs
PASS
robots.txt present, sitemap with 853 URLs
Info::
robots.txt is present
Got: 65 bytes
Info::
sitemap.xml is present
Info::
sitemap.xml is valid XML
Info::
sitemap.xml contains 853 entries
Info::
robots.txt references sitemap
robots.txt 200 OK
Size 65 B Sitemaps referenced 1 User-agents * Blocking No — crawling allowed
Sitemap: https://directus.io/sitemap.xml

User-agent: *
Allow: /

A+
Domain Intelligence
directus.io — via Key-Systems GmbH, 10 years, 8 months old, hosted on AWS
PASS
directus.io — via Key-Systems GmbH, 10 years, 8 months old, hosted on AWS
Info::
Domain registered until Sep 3, 2026 (4 months remaining)
Info::
Registrar: Key-Systems GmbH
Info::
Hosting: AWS
Got: AS16509
Domain expiry

52 days

September 3, 2026

SSL certificate

80 days

Issued by Let's Encrypt

Domain age

10 years, 8 months

Registered September 3, 2015

DNSSEC

Status unknown

Protects against DNS spoofing

Hosting

AWS

ASN AS16509

75.2.60.5

Registrar

Key-Systems GmbH

Lock status unknown 4 NS records
Expiry timeline
Today
+1 year
Domain expiry SSL expiry Danger zone (≤30 days)
Recommended actions
  • Renew the domain or enable auto-renewal to prevent accidental expiry
Registrar Key-Systems GmbH
Created September 3, 2015 (10 years, 8 months ago)
Expires September 3, 2026 (4 months)
Last Updated January 30, 2026
Name Servers ns-cloud-e1.googledomains.com, ns-cloud-e2.googledomains.com, ns-cloud-e3.googledomains.com, ns-cloud-e4.googledomains.com
Registrant c/o whoisproxy.com
Hosting
IP Address 75.2.60.5
ASN AS16509 (AMAZON-02 - Amazon.com, Inc., US)
Provider AWS
Data source: whois (1.0s)
A+
HTTP Probe Timing
Total 242 ms — DNS, TCP, TLS, TTFB, content transfer breakdown
PASS
DNS Lookup DNS Lookup — time to resolve the domain name to an IP address.
40 ms
TCP Connect TCP Connect — time to establish a TCP connection to the server.
37 ms
TLS Handshake TLS Handshake — time to complete the HTTPS encryption handshake.
38 ms
Time to First Byte Time to First Byte — how long the server takes to respond with the first byte of data.
242 ms
Total Time Total request time from DNS lookup through full response.
242 ms

Connection waterfall

DNS Lookup 40 ms TCP Connect 37 ms TLS Handshake 38 ms Server Processing 128 ms Content Transfer 0 ms
All checks on this page are automated. Results are estimates - run targeted manual reviews when the score affects a release decision.

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