APNIC - Query the APNIC Whois Database

To assist you with debugging problems, this whois query was received from IP Address

 % APNIC found the following authoritative answer from: whois.apnic.net
% [whois.apnic.net]
% Whois data copyright terms    http://www.apnic.net/db/dbcopyright.html
% Information related to 'AS9503'
% Abuse contact for 'AS9503' is 'abuse@2degrees.nz'
aut-num:        AS9503
as-name:        TWO-DEGREES-AS-AP
descr:          Two Degress Mobile Limited
country:        NZ
org:            ORG-TDML1-AP
admin-c:        TDNL1-AP
tech-c:         TDNL1-AP
abuse-c:        AX146-AP
mnt-lower:      MAINT-2DEGREES-NZ
mnt-routes:     MAINT-2DEGREES-NZ
mnt-by:         APNIC-HM
mnt-irt:        IRT-2DEGREES-NZ
last-modified:  2023-02-07T02:24:34Z
source:         APNIC
irt:            IRT-2DEGREES-NZ
address:        Two Degrees Mobile Limited 47 George Street
address:        Newmarket
address:        Auckland
address:        New Zealand
e-mail:         peering@2degrees.nz
abuse-mailbox:  abuse@2degrees.nz
admin-c:        TDNL1-AP
tech-c:         TDNL1-AP
auth:           # Filtered
remarks:        abuse@2degrees.nz was validated on 2024-09-10
remarks:        peering@2degrees.nz was validated on 2024-09-25
mnt-by:         MAINT-2DEGREES-NZ
last-modified:  2024-09-25T01:40:03Z
source:         APNIC
organisation:   ORG-TDML1-AP
org-name:       Two Degrees Mobile Limited
org-type:       LIR
country:        NZ
address:        Level 2-3
address:        136 Fanshaw Street
address:        Auckland CBD
phone:          +6499197000
fax-no:         +6499197001
e-mail:         noc@2degrees.nz
mnt-ref:        APNIC-HM
mnt-by:         APNIC-HM
last-modified:  2023-09-05T02:15:18Z
source:         APNIC
role:           ABUSE X2DEGREESNZ
country:        ZZ
address:        Two Degrees Mobile Limited 47 George Street
address:        Newmarket
address:        Auckland
address:        New Zealand
phone:          +000000000
e-mail:         peering@2degrees.nz
admin-c:        TDNL1-AP
tech-c:         TDNL1-AP
nic-hdl:        AX146-AP
remarks:        Generated from irt object IRT-2DEGREES-NZ
remarks:        abuse@2degrees.nz was validated on 2024-09-10
remarks:        peering@2degrees.nz was validated on 2024-09-25
abuse-mailbox:  abuse@2degrees.nz
mnt-by:         APNIC-ABUSE
last-modified:  2024-09-25T01:40:53Z
source:         APNIC
role:           Two Degrees Networks Limited administrator
address:        Two Degrees Networks Limited 47 George Street, Newmarket,
address:        Auckland
country:        NZ
phone:          +64 9919 7000
fax-no:         +64 9919 7000
e-mail:         peering@2degrees.nz
admin-c:        RG626-AP
tech-c:         RG626-AP
nic-hdl:        TDNL1-AP
mnt-by:         MAINT-2DEGREES-NZ
last-modified:  2020-08-18T04:22:06Z
source:         APNIC
% This query was served by the APNIC Whois Service version 1.88.25 (WHOIS-AU2)
  • Bold: Object type.
  • Underlined: Primary key(s).
  • Hyperlinks: Searchable Attributes.
5 records found for '-T aut-num AS9503'
Search for  
IP address lookups Miscellaneous queries
-l

1st level less specific

Returns smallest IP address range that includes the queried IP address or range

-i

Inverse attributes

Returns objects with an attribute that matches the query text and attribute type
-L

All less specific

Return all larger IP address ranges that include the queried IP address or range

-T

Object types

Results that match the query and are of a specified object type
-m

1st level more specific

Returns first level more specific address ranges within the boundaries of the queried IP address range
-M

All more specific

Returns all more specific address ranges within the boundaries of the queried IP address range

Query hints

  • Include "AS" in front of an AS number.
    Example: AS4808

  • Include "-t" (template only) or "-v" (template and description) in front of an object name to view the template
    Example: -t inetnum

-x

Exact match only

Returns address range that exactly matches the queried IP address range
-d

Associated reverse domain

Returns IP address range and associated reverse domain

For more information see: