aldi-sued.de

Checked 21 October 2026, 21:28 UTC · via 8.8.8.8
!Passed with warnings
26 passed 1 warning 0 failed 6 info

Registration

info

.de country-code

Found

TLD
.de (country-code)
ICANN policies apply
no

Checks

  • i
    .de is a country-code TLD (ccTLD)
    Country-code TLD: governed by its local registry under national policy, not by an ICANN contract. Registrar accreditation, dispute resolution and RDAP/WHOIS rules are set by the registry.
    #1
  • ✓ TLD delegated and signed #2
    .de is delegated in the root zone and DNSSEC-signed.
  • i
    Registration data not available
    No registration data via RDAP: the registry of .de offers no RDAP service. Many ccTLD registries don't offer RDAP; check the registry's WHOIS instead.
    #3

Delegation

info

udns1.cscdns.net, udns2.cscdns.uk

Found

Parent zone
de
Delegation from
a.nic.de (194.0.0.53)
NS at the parent
udns1.cscdns.net, udns2.cscdns.uk
NS in the zone
udns1.cscdns.net, udns2.cscdns.uk
NameserverAddressesNetwork (AS)Glue
udns1.cscdns.net204.74.66.1 2001:502:f3ff::201AS12008 VERCARA - Vercara, LLC, US AS12008 VERCARA - Vercara, LLC, US-
udns2.cscdns.uk204.74.111.1 2001:502:4612::201AS12008 VERCARA - Vercara, LLC, US AS12008 VERCARA - Vercara, LLC, US-

Checks

  • i
    2 nameservers
    Two nameservers meet the minimum; RFC 2182 recommends three or more for important zones: udns1.cscdns.net, udns2.cscdns.uk.
    #6
  • ✓ Parent and zone agree #7
    The parent delegation and the zone's NS records list the same nameservers.
  • ✓ No glue needed #8
    All nameservers are outside the zone, so no glue records are needed.
  • ✓ All names resolve #9
    Every nameserver name has an address and is not an alias.
  • ✓ Nameservers in different networks #10
    The nameservers are spread over 2 IPv4 /24s and 2 IPv6 /48s.
  • i
    All nameservers in one AS
    All nameserver addresses are announced by one network operator (AS12008 (VERCARA - Vercara, LLC, US): 4 addresses). An outage or attack on that network affects all nameservers; large anycast providers mitigate this, but a secondary DNS provider adds independence.
    #11
  • ✓ Nameserver names under 2 TLDs #12
    Nameserver names use the TLDs .net, .uk.
  • ✓ All reachable over IPv6 #13
    Every nameserver has an IPv6 address.

Nameservers

info

4 of 4 addresses answer authoritatively

Found

NameserverAnswerRecursionTCP / EDNSAXFRVersion
udns1.cscdns.net 204.74.66.1NOERROR, 3 ms, authoritativenoyes / yesrefusedUltraDNS Nameserver
udns1.cscdns.net 2001:502:f3ff::201NOERROR, 4 ms, authoritativenoyes / yesrefusedUltraDNS Nameserver
udns2.cscdns.uk 204.74.111.1NOERROR, 13 ms, authoritativenoyes / yesrefusedUltraDNS Nameserver
udns2.cscdns.uk 2001:502:4612::201NOERROR, 32 ms, authoritativenoyes / yesrefusedUltraDNS Nameserver

Checks

  • ✓ All respond #14
    All 4 nameserver addresses answered.
  • ✓ All authoritative #15
    Every responding nameserver answers authoritatively for the zone.
  • ✓ No recursion #16
    The nameservers do not answer recursive queries for other domains.
  • i
    Identifying string disclosed
    These nameservers answer version queries with a string that is not a version number: udns1.cscdns.net: "UltraDNS Nameserver"; udns2.cscdns.uk: "UltraDNS Nameserver".
    #17
  • ✓ Zone transfers refused #18
    No nameserver allows a zone transfer to the public.
  • ✓ TCP supported #19
    All nameservers answer over TCP.
  • ✓ EDNS supported #20
    All nameservers support EDNS(0).
  • ✓ Public addresses #21
    All nameserver addresses are publicly routable.

SOA

pass

serial 2014102238 · primary udns1.cscdns.net

Found

Primary (MNAME)
udns1.cscdns.net
Contact (RNAME)
hostmaster.cscdns.net
Serial
2014102238
Refresh / retry
10800 s / 3600 s
Expire
2419200 s
Negative TTL
86400 s

Serial per nameserver

NameserverSerial
udns1.cscdns.net (204.74.66.1)2014102238
udns1.cscdns.net (2001:502:f3ff::201)2014102238
udns2.cscdns.uk (204.74.111.1)2014102238
udns2.cscdns.uk (2001:502:4612::201)2014102238

Checks

  • ✓ Serial 2014102238 everywhere #22
    All nameservers serve the same version of the zone.
  • ✓ Timers within recommendations #23
    SOA refresh 3h, retry 1h, expire 28d, negative TTL 1d.
  • ✓ Primary is a public nameserver #24
    The primary nameserver udns1.cscdns.net is one of the listed nameservers.
  • ✓ Contact hostmaster@cscdns.net #25
    The SOA RNAME hostmaster.cscdns.net means hostmaster@cscdns.net.
  • ✓ Date-based serial #26
    The serial 2014102238 follows the YYYYMMDDnn convention (2014-10-22).

DNSSEC

info

Signed, DS published at parent

Found

Validated by resolver
yes
Denial of existence
NSEC
Signatures valid until
1 November 2026

DS at the parent

Key tagAlgorithmDigestMatches a key
23963ECDSAP256SHA256 (13)SHA256 BCEADDB1A47C0441…yes

DNSKEY in the zone

Key tagRoleAlgorithm
51957ZSK (256)ECDSAP256SHA256 (13)
23963KSK (257)ECDSAP256SHA256 (13)

Checks

  • ✓ Signed and validated #27
    The zone is signed, the parent publishes a DS record, and the resolver validates the answers.
  • ✓ DS matches a key #28
    The DS record at the parent matches a key in the zone: key tag 23963 (SHA256).
  • ✓ Modern algorithms #29
    Key algorithms: ECDSAP256SHA256 (13).
  • ✓ Signatures valid until 2026-11-01 #30
    The earliest DNSKEY/SOA signature expires at 2026-11-01 12:34 UTC.
  • i
    NSEC
    The zone uses NSEC, so its full contents can be listed by walking the NSEC chain. That is fine unless the names are sensitive.
    #31

Records

warn

38 records at the apex

Found

Read from
204.74.66.1:53
TypeValueTTL
SOAudns1.cscdns.net. hostmaster.cscdns.net. 2014102238 10800 3600 2419200 864003600
NSudns1.cscdns.net.86400
NSudns2.cscdns.uk.86400
A95.101.111.14820
A95.101.111.18120
AAAA2a02:26f0:480:23::1726:62ae11
AAAA2a02:26f0:480:23::1726:629d11
MX1 asgportal.in.tmes.trendmicro.eu.300
TXT"MS=ms30804855"300
TXT"3ac1b9fc97604e45a204658c20a3a2d6"300
TXT"tmes=51224bcd6f819cbce587e95cd3dd832d"300
TXT"apple-domain-verification=g9mNPv8IdZD8yJP4"300
TXT"docusign=346133c8-4363-4585-bbf4-8c1e67fae009"300
TXT"docusign=ea65a1a7-0ec0-418c-9975-69ab4bf85826"300
TXT"bw=MVD8y1uhFA5mpnPGDMjkzGxOAcf46eJQrTDVtjZDviI5"300
TXT"mentimeter-c353a75c-2f95-455e-b201-7eebb12938a9"300
TXT"knowbe4-site-verification=a6764405ca8d83589359b465660d06eb"300
TXT"knowbe4-site-verification=ff9339437acba116e403abeb2fdc35af"300
TXT"miro-verification=38ca58e3f143e17421169d4c41241f68462dddd4"300
TXT"facebook-domain-verification=82ubiaus6fpxjmu62xpz6vbwn6fvy6"300
TXT"google-site-verification=j0gNSeSfzEbVv6qB5I6xiZIFsMdIJvQASWPyBK5saAk"300
TXT"google-site-verification=xWO58zEbT2fdKIkz_5XqM6PkX5nP_1zID38UIzpAWOU"300
TXT"apple-domain-verification=1ZKb85ZLI-UDiI-MH7SUGCXBYCzi-yl0-bkL5F5Ax3Y"300
TXT"3kJd0OebMwRQRW/6b+s45TAIs+O+5jZFBqCJ3jVkWuNg/e0NTBrWL7KVdk+pkiUjk4mVq2j+T0bdjNuTb98Ikg=="300
TXT"CrGELP8xnO3/rNOtvj8F/7SrP5OYmkkGC2nJW4UTQqpT/HAKHIe9lTJWh6n51HqS4kmg6twS62AXyAwoyDbB6g=="300
TXT"Dynatrace-site-verification=5a2e57d7-8fbb-4ba1-9827-8fa622e4a07a__qg154hhhcp850gbpkclct3i6p9"300
TXT"Dynatrace-site-verification=dea94ec0-ae54-407e-96d7-8ec8531466c7__m0p0j42qlvd1jp71eaq2c256il"300
TXT"adobe-idp-site-verification=4813f4ab63fde94558b0581883685f00492480d445aacf979f4916eb28be60f1"300
TXT"atlassian-domain-verification=cSRTDhs5UwDH4pea7XptFsuAk/N7XohIYFXb6raTgBq2N7luzhkuFEgm3qAbL0S7"300
TXT"DirectFedAuthUrl=https://login.aldi-sued.com/app/asg_powerbidashboardgemsering_1/exkzcsm7kg0jWRscT417/sso/saml\010 "300
TXT"v=spf1 ip4:195.145.98.211 ip4:46.231.182.187 ip4:80.87.171.89 ip4:80.87.171.51 include:spf.mailjet.com include:spf.paragon-cc.de include:spf.protection.outlook.com include:_spf-dc12.successfactors.com include:_spf.general.transactional-mail-a.com" " include:spf.tmes.trendmicro.eu include:de._netblocks.mimecast.com -all"300
CAA0 issue "amazon.com"300
CAA0 issue "digicert.com"300
CAA0 issue "globalsign.com"300
CAA0 issue "letsencrypt.org"300
CAA0 issue "pki.goog"300
CAA0 issuewild "amazon.com"300
CAA0 issuewild "globalsign.com"300

Checks

  • !
    Very low TTLs
    These records have a TTL below 5m, causing extra queries and slower lookups: A (20s), AAAA (11s). Low TTLs are useful just before a planned change.
    #32
  • ✓ No CNAME at the apex #33
    The zone apex has no CNAME record.
  • ✓ No wildcard #34
    Names that don't exist return NXDOMAIN.
  • ✓ CAA restricts issuance #35
    Certificates may be issued by: amazon.com, digicert.com, globalsign.com, letsencrypt.org, pki.goog.