Legal Disclaimer:

This platform is for authorized security research and educational purposes ONLY. Scanning assets without explicit permission is illegal.

Zone File Profile

openai.com DNS Infrastructure

Analyze topological routing paths, mail exchange setups, and text record security for openai.com.

Live DNS Resolution

Target Domain
openai.com
Query Scope
A, AAAA, MX, TXT, NS, CNAME
DNSSEC
Validated Cryptographically
Spoofing Protection
DMARC Not Found

Perform an active resolution against authoritative nameservers to extract the full public zone file mapping for openai.com.

Query DNS Records for openai.com

// Resolved DNS records

A Records (IPv4 Host Mapping)
openai.com104.18.33.220
openai.com172.64.153.242
AAAA Records (IPv6 Host Mapping)
openai.com2606:4700:4400::6812:21dc
MX Records (Mail Exchangers)
Preference: 10route-1.mx.cloudflare.net
Preference: 10route-2.mx.cloudflare.net
TXT Records (Authentication & Verification)
v=spf1 include:mail.zendesk.com include:sendgrid.net include:_spf.google.com ~all
v=DMARC1; p=reject;

Understanding DNS for openai.com

The Domain Name System (DNS) translates the human-readable domain openai.com into machine-readable IP addresses. It is fundamentally the address book of the internet. A domain's DNS configuration is split across various record types, each serving a specific topological function.

Threat Vectors & configuration risks

unauthorized actors heavily target the DNS layer. Subdomain Takeover occurs when a CNAME record points to an external, unclaimed cloud resource. Furthermore, if openai.com does not employ DNSSEC, it is potentially vulnerable to cache poisoning, allowing unauthorized actors to route legitimate users to malicious infrastructure by falsifying DNS responses.

Investigation Workflows

  • Infrastructure Discovery: Identifying the hosting provider (AWS, Cloudflare, Fastly) by resolving the A records and subsequently checking the resulting IPs.
  • Email Forensics: Auditing TXT records to evaluate the robustness of SPF and DMARC policies in the event of a phishing incident involving openai.com.
  • Redirection Analysis: Tracing CNAME chains to map out third-party SaaS dependencies.

Frequently Asked Questions

What happens if the NS records for openai.com are changed?

Changing the Name Server (NS) records entirely shifts control over openai.com's routing to a new provider. If done maliciously, this is known as DNS Hijacking.

How long does it take for DNS changes on openai.com to propagate?

Propagation relies on the Time-To-Live (TTL) value configured for the records. Caches globally will update based on this timer, taking anywhere from 5 minutes to 48 hours.

Are there hidden subdomains on openai.com?

Standard DNS lookups only query exact, known records. To find hidden subdomains, a dedicated Subdomain Enumeration process utilizing Certificate Transparency logs is required.

Entity Graph Relations

Authoritative Nameservers

  • dns1.p02.nsone.net
  • dns2.p02.nsone.net

CAA Directives

No CAA directives published