AAAA Record Lookup
An AAAA record maps a domain name to an IPv6 address. Look up any domain's AAAA records across 21 global servers to confirm the address is correct and has propagated worldwide.
Global DNS Propagation
 New York, USA Google | --- |
| Chicago, USA Gcore | --- |
| Los Angeles, USA Cloudflare | --- |
 Toronto, Canada CIRA | --- |
 Mexico City, MX OpenDNS | --- |
 London, UK Quad9 | --- |
 Frankfurt, Germany DNS.Watch | --- |
 Paris, France FDN | --- |
 Amsterdam, NL OpenNIC | --- |
 Moscow, Russia Yandex | --- |
 Singapore Singtel | --- |
 Tokyo, Japan IIJ | --- |
 Mumbai, India Google India | --- |
 Seoul, Korea KT | --- |
 Dubai, UAE Etisalat | --- |
 Sydney, Australia Telstra | --- |
 Auckland, NZ Cloudflare | --- |
 São Paulo, Brazil NIC.br | --- |
 Buenos Aires, AR Telecom Arg | --- |
 Johannesburg, ZA ISPA | --- |
 Cairo, Egypt Telecom Egypt | --- |
DNS Map
About AAAA records
An AAAA record is the IPv6 counterpart of the A record. It maps a hostname to a 128-bit IPv6 address, written as eight groups of hex digits such as 2606:4700:3033::6815:1a2b. A domain can publish both an A and an AAAA record, and dual-stack clients prefer IPv6 when it is available.
Each row shows one of the 21 global servers and the IPv6 address it returned. Every server should return the same value once the record has propagated. A row with no value means that server found no AAAA record, which is common for domains that are still IPv4 only. That is not an error unless you expect IPv6 to be live.
If a CDN or proxy sits in front of the domain, the AAAA addresses point at the provider's IPv6 edge, not your origin, and may differ by region. When you add IPv6 support, confirm the AAAA record resolves everywhere before you announce it, since a broken AAAA can make a dual-stack client fail rather than fall back to IPv4.