MXLIST.NET - 0.e.6.1.3.0.a.2.ip6.arpa
Search for IP or hostnames:
0.e.6.1.3.0.a.2.ip6.arpa checked at 2025-10-23T11:01:31.540Z 359ms 76/76/76 100% R:17
0.e.6.1.3.0.a.2.ip6.arpa
NS | ns01.0it.de | ||||||
A | 2a03:16e0:2001:120::1:53 π©πͺ ADVANCED-SYSTEMHAUS | ||||||
PTR | ns01.0it.de | ||||||
A | 193.108.193.131π©πͺ ADVANCED-SYSTEMHAUS | ||||||
PTR | ns01.0it.de | ||||||
NS | b.ns14.net | ||||||
A | 2001:8d8:580:401:217:160:113:32 π©πͺ IONOS-AS | ||||||
PTR | b.ns14.net | ||||||
A | 217.160.113.32π©πͺ IONOS-AS | ||||||
PTR | b.ns14.net | ||||||
A | 217.160.113.231π©πͺ IONOS-AS | ||||||
PTR | b.ns14.net | ||||||
NS | c.ns14.net | ||||||
A | 2a01:130:2000:118:89:146:248:231 π©πͺ INTERNET AG Global Network | ||||||
PTR | c.ns14.net | ||||||
A | 89.146.248.231π©πͺ INTERNET AG Global Network | ||||||
PTR | c.ns14.net | ||||||
A | 195.34.161.195π©πͺ INTERNET AG Global Network | ||||||
PTR | c.ns14.net | ||||||
NS | d.ns14.net | ||||||
A | 2607:f1c0:1800:8091:74:208:254:254 πΊπΈ IONOS-AS | ||||||
PTR | d.ns14.net | ||||||
A | 74.208.254.231πΊπΈ IONOS-AS | ||||||
PTR | d.ns14.net | ||||||
A | 74.208.254.254πΊπΈ IONOS-AS | ||||||
PTR | d.ns14.net |
e.6.1.3.0.a.2.ip6.arpa
Starts with same word
Starts similarily
AI analysis
0.e.6.1.3.0.a.2.ip6.arpa
is delegated to four name servers: ns01.0it.de
, b.ns14.net
, c.ns14.net
and d.ns14.net
.
0.e.6.1.3.0.a.2.ip6.arpa
shares name servers with other domains at least partially, for example arbeitsbuehnenvermietung.net
, ziegenberg.org
, fixtest.de
, update-reminder.com
and moldgate.com
.
These name servers are commonly used with a.ns14.net
.
Host names with three IP numbers:
Host b.ns14.net
points to: 2001:8d8:580:401:217:160:113:32, 217.160.113.32 and 217.160.113.231.
Host c.ns14.net
points to: 2a01:130:2000:118:89:146:248:231, 89.146.248.231 and 195.34.161.195.
Host d.ns14.net
points to: 2607:f1c0:1800:8091:74:208:254:254, 74.208.254.231 and 74.208.254.254.
Host names with two IP numbers:
Host ns01.0it.de
points to: 2a03:16e0:2001:120::1:53 and 193.108.193.131.
Pattern note: three-IP blocks contain three targets each, numbers rising by 3; first of each block is 12 higher than the first of the previous block.