Dataweaz

amazon.com.tr

Summary

Registrar
—
Status
Active
Created on
February 5, 1998
Expires on
February 4, 2027
Name servers
ns2.amzndns.com, ns1.amzndns.net, ns1.amzndns.com, ns2.amzndns.net, ns2.amzndns.co.uk, ns1.amzndns.org, ns2.amzndns.org, ns1.amzndns.co.uk
Mail servers
amazon-smtp.amazon.com
DKIM
No key found among the common selectors

Spoofing protection (DMARC)

Quarantine

E-mails spoofing this domain are sent to spam.

DMARC tells mail servers what to do with an e-mail that claims to come from amazon.com.tr but fails SPF and DKIM checks.

Policy
Quarantine
Subdomain policy
Quarantine
Messages covered
100%
DKIM alignment
Relaxed
SPF alignment
Relaxed
Aggregate reports
[email protected]
Failure reports
[email protected]

Record

v=DMARC1;p=quarantine;pct=100;rua=mailto:[email protected];ruf=mailto:[email protected]

Authorized senders (SPF)

Strict

E-mails sent by any other server are rejected.

SPF lists the servers allowed to send e-mails for amazon.com.tr.

RuleValueResult
includeamazon.comAllowed
all—Rejected

Top-level DNS lookups: 1 of 10 allowed

Record

v=spf1 include:amazon.com -all

MX, SPF, DKIM and DMARC: the e-mail records

Four DNS records make a domain's e-mail work. MX says where e-mails sent to amazon.com.tr arrive; SPF, DKIM and DMARC let mail servers check that an e-mail claiming to come from amazon.com.tr was really sent by this domain, which protects it against spoofing.

MX

An MX (Mail Exchanger) record designates a server that receives e-mails sent to the domain. When someone writes to an @amazon.com.tr address, their mail server queries the DNS for the domain's MX records, then delivers the message to the server they point to.

Example record

amazon.com.tr  MX  10 mx1.amazon.com.tr.
amazon.com.tr  MX  20 mx2.amazon.com.tr.

What the record contains

10, 20
Priority: the server with the lowest number is tried first. Servers with equal priority share the load.
mx1.amazon.com.tr.
Host name of the mail server. It must point to an A or AAAA record: an IP address or an alias (CNAME) is not allowed here.
0 .
An MX "0 .", called a null MX, declares that the domain accepts no e-mail: sending servers give up at once instead of retrying.

Declaring at least two servers with different priorities avoids losing e-mails during an outage: sending servers retry for several days and fall back on the backup server. Without any MX, they try to deliver directly to the IP address of the domain.

SPF

SPF (Sender Policy Framework) is a TXT record listing the servers allowed to send e-mails on behalf of the domain. The receiving server checks that the sender is on this list. The final "all" rule says what to do with other servers: reject them (-all), flag their e-mails as suspicious (~all) or make no decision (?all).

Example record

amazon.com.tr  TXT  "v=spf1 mx include:_spf.google.com ip4:192.0.2.10 -all"

What the record contains

v=spf1
Identifies the record as an SPF policy. It must come first.
ip4, ip6
Allows a specific IP address or an address range, for example ip4:192.0.2.0/24.
a, mx
Allows the addresses of the domain itself (A record) or those of its mail servers (MX).
include
Allows the servers of another domain, usually a sending service: include:_spf.google.com for Google Workspace.
-all, ~all
Final rule, applied to every other server. Its qualifier decides what happens to them: - rejects them, ~ flags their e-mails as suspicious, ? makes no decision, + accepts them (avoid it).

A domain must publish only one SPF record, and its evaluation cannot exceed 10 DNS lookups (include, a, mx, exists, redirect). Beyond that, mail servers treat it as invalid.

DKIM

DKIM (DomainKeys Identified Mail) signs every outgoing e-mail with a private key. The matching public key is published in a TXT record at selector._domainkey.amazon.com.tr, so the recipient can check that the message really comes from the domain and was not altered on the way. The selector is chosen by each sending service and cannot be guessed: Dataweaz checks the most common ones (Google Workspace, Microsoft 365, Mailchimp, SendGrid…), so a key published under another selector may exist without appearing here.

Example record

google._domainkey.amazon.com.tr  TXT  "v=DKIM1; k=rsa; p=MIIBIjANBgkqhkiG9w0BAQEFAAOCAQ8AMIIBCgKCAQEA…"

What the record contains

v=DKIM1
Protocol version. Optional but recommended, in which case it must come first.
k
Key algorithm: rsa, the most common, or ed25519.
p
Public key, base64-encoded. An empty value means the key has been revoked.
t
Flags: y marks a key in testing, whose failures must not be penalized; s forbids its use for subdomains.

Each sending service publishes its key under its own selector (google, selector1, k1…), which allows several keys and seamless rotation. A 2048-bit RSA key is recommended today.

DMARC

DMARC (Domain-based Message Authentication, Reporting and Conformance) builds on SPF and DKIM. Published on _dmarc.amazon.com.tr, it tells mail servers what to do with an e-mail that fails these checks (let it through, send it to spam or reject it) and where to send reports.

Example record

_dmarc.amazon.com.tr  TXT  "v=DMARC1; p=quarantine; rua=mailto:[email protected]; adkim=r; aspf=r"

What the record contains

v=DMARC1
Identifies the record as a DMARC policy. It must come first.
p
Policy applied to e-mails that fail the checks: none (monitoring only), quarantine (spam folder) or reject.
sp
Subdomain policy. Without it, subdomains follow the domain's policy.
rua
Address that receives daily aggregate reports about e-mails sent on behalf of the domain, whether they pass the checks or not.
ruf
Address that receives detailed failure reports, message by message. Few providers still send them.
pct
Percentage of e-mails subject to the policy, for a gradual rollout. 100 by default.
adkim, aspf
DKIM and SPF alignment: r (relaxed, a subdomain of the same domain is enough) or s (strict, the domain must be identical).

To roll out DMARC without blocking legitimate e-mails, start with p=none and an rua address, analyze the reports to find every service sending on behalf of the domain, then move to quarantine and finally to reject.

DNS records of amazon.com.tr

IP addresses (A and AAAA)

An A record maps the domain name to an IPv4 address: the address of the server that browsers contact to display the website. The AAAA record does the same for an IPv6 address. A domain can have several of them to spread visits across several servers.

Name servers (NS)

NS records designate the authoritative DNS servers of the domain: they answer every question about its other records (A, MX, TXT…). They are provided by the registrar, the hosting provider or a dedicated DNS service, and several servers are declared so that the domain keeps working if one of them fails.

ServerIP address
ns2.amzndns.com156.154.68.10
ns1.amzndns.net156.154.65.10
ns1.amzndns.com156.154.64.10
ns2.amzndns.net156.154.69.10
ns2.amzndns.co.uk204.74.120.1
ns1.amzndns.org156.154.66.10
ns2.amzndns.org156.154.150.1
ns1.amzndns.co.uk156.154.67.10

Mail servers (MX)

MX records point to the servers that receive e-mails sent to the domain, that is to @amazon.com.tr addresses. Each server has a priority: the one with the lowest number is tried first, the others take over if it fails. Without an MX record, the domain cannot receive e-mails.

PriorityServerIP address
0amazon-smtp.amazon.com44.238.46.144

TXT records

TXT records hold free text. They are used to prove ownership of the domain to online services (Google, Microsoft, Facebook…) and to publish e-mail security rules: SPF on the domain itself, DMARC on _dmarc.amazon.com.tr.

NameContent
amazon.com.tradobe-idp-site-verification=b6bcd3e5aaffc63607c8bf75744d9a0d1febc50dd7f389428e2ae476c9ba8814
amazon.com.trMS=ms97634817
amazon.com.trv=spf1 include:amazon.com -all
amazon.com.tramazonses:xGZfry6xEDYYk7/0GoC+SsCR/VCSOVEcFuraHWWkG2s=
amazon.com.trsending_domain229492=03d2b609c74ecd5ca8141962f5d78c7d571e3794658cf40f2d4c8bc68dbe6dd8
amazon.com.trliveramp-site-verification=jZJKgMEQ_1mdjMhKj02iqNACZ-NJHRWhCEQdQ_OuCMo
amazon.com.trMS=ms23066062
amazon.com.trgoogle-gws-recovery-domain-verification=69891697
amazon.com.trsending_domain608861=64e686a55ec86ca03a9c09732516a7de65f57aff20a53f408dbbd9adbdd155d0
amazon.com.trgoogle-site-verification=zIC7ig2VidajhteX4LG7okTgDn-bb8fWnp5yjaFR6dE
amazon.com.trspf2.0/pra include:amazon.com -all
amazon.com.trkahoot-domain-verification=992e1b6c0961858953dae786c4fc8d3f9d0e22b735e70c21f5824b4dc3788181
amazon.com.trsending_domain1003771=14b3605da312fa5054926aa61c964256c5ce89e08c40ae19e85627609cdc8cd9
amazon.com.trsending_domain229492=22e75a1aec84699f6a15f3749bcca8a3ac061ce2cfbccb97a94766099b3c33e4
amazon.com.trcanva-site-verification=bGWtrg4SKccQy1-FyRlULA
amazon.com.trdocker-verification=3b924ef8-4eb2-48ba-a3db-a5570f1b4952
amazon.com.tramazonses:wEA/nPWRqVcVz5R2LqF5BRI+6UISUp+Q++1fVpV+2U0=
amazon.com.trgoogle-site-verification=UH6oY1sftllAHNd9m_bLuz8ZBKclzOis_6kf8UkeuBk
amazon.com.trsending_domain608861=881b247b07c80d60600cb030168c10a2caa52df4ee9260a2ad5cfc2bfd631ef1
amazon.com.tramazonses:xguyiAOz64NuoZzyXFUNJYdJgX/9MCNJ95aTgVgNIr0=
amazon.com.trfacebook-domain-verification=v62j8260xigcachx7tvy4vdhql5jfm
amazon.com.trgoogle-site-verification=l6pAc46gljwlLlhrlplL9-BZPuqvqXTBlVzSMI08O44
amazon.com.trautodesk-domain-verification=XPHkNz-XEvjek9X9h6cr
amazon.com.trZOOM_verify_wk7gfPKt9pu8xsxAAyFW5c
amazon.com.tratlassian-domain-verification=ZT4AapXgobCpXIWoNcd7gtMjZyOUdr4EDFMnFUWrqqqgdaQVbDvoGpRaIwj/tgPH
amazon.com.trsending_domain1003771=aab499c472e3f7c17990f3277e0a45e6e1576a0dd725da92f0ff882e96e052ab
amazon.com.trgoogle-site-verification=bb18xFYyUAxZ0kNcUdXMFF6BGwkxjbYmUIY1SpYD9jQ
amazon.com.trbluebeam-verification=cmb88zan5suzunbul094b1hb9y04jf
_dmarc.amazon.com.trv=DMARC1;p=quarantine;pct=100;rua=mailto:[email protected];ruf=mailto:[email protected]

Related IP addresses

IPv4 addresses used by amazon.com.tr: website, name servers, mail servers and senders authorized by SPF.

IP addressUsed for/24 block
3.254.239.182Website3.254.239.0/24
3.254.238.56Website3.254.238.0/24
3.253.179.206Website3.253.179.0/24
156.154.68.10Name server ns2.amzndns.com156.154.68.0/24
156.154.65.10Name server ns1.amzndns.net156.154.65.0/24
156.154.64.10Name server ns1.amzndns.com156.154.64.0/24
156.154.69.10Name server ns2.amzndns.net156.154.69.0/24
204.74.120.1Name server ns2.amzndns.co.uk204.74.120.0/24
156.154.66.10Name server ns1.amzndns.org156.154.66.0/24
156.154.150.1Name server ns2.amzndns.org156.154.150.0/24
156.154.67.10Name server ns1.amzndns.co.uk156.154.67.0/24
44.238.46.144Mail server amazon-smtp.amazon.com44.238.46.0/24

WHOIS of the domain amazon.com.tr

** Domain Name: amazon.com.tr
Domain Status: Active
Frozen Status: -
Transfer Status: The domain is LOCKED to transfer.

** Registrant:
Amazon Europe Holding Technologies SCS
Hidden upon user request
Hidden upon user request
Hidden upon user request
Hidden upon user request


** Registrar:
NIC Handle		: ogv40
Organization Name	: ODTÜ GELİŞTİRME VAKFI BİLGİ TEKNOLOJİLERİ SAN. VE TİC. A.Ş.
Address			: Mustafa Kemal Mahallesi Dumlupınar Bulvarı
			  No:280G/1104 Çankaya
			  06800 Ankara Türkiye
Phone			: 90-312-9881106-
Fax			: - 


** Domain Servers:
ns2.amzndns.com
ns2.amzndns.net
ns2.amzndns.org
ns2.amzndns.co.uk


** Additional Info:
Created on..............: 1998-Feb-05.
Expires on..............: 2027-Feb-04.


** Whois Server:
Last Update Time: 2026-10-02T13:46:39+03:00

% Query time: 537 msec
% WHEN: Fri Oct 02 10:58:08 UTC 2026