AS15932

TELENOR LINX AS

Name TGS-INT-NETWORK
Status
Active
Country Norway
Website
telenorlinx.com
Type ISP
Total Prefixes 13
Valid RPKI 0%
Est. Population -
Registry RIPE
Age
Allocated
Last Updated
All 13 prefixes displayed, sorted by visibility. Sourced from 10 BGP locations ago.
All BGP Prefixes Announced by AS15932
Prefix IP Count Visibility IRR RPKI Domain Organization
185.142.240.0/22 1,022 High:90% RIPE Unknown telenor.com
RIPE-NCC-HM-MNT
213.230.176.0/21 2,046 High:89% RIPE Unknown telenor.com
RIPE-NCC-HM-MNT
213.230.180.0/22 1,022 High:89% RIPE Unknown telenor.com
TGS-MNT
213.230.184.0/23 510 High:89% RIPE Unknown telenor.com
TGS-MNT
213.230.188.0/23 510 High:89% RIPE Unknown telenor.com
TGS-MNT
213.230.180.0/24 254 High:89% RIPE Unknown telenor.com
TGS-MNT
185.142.243.0/24 254 High:89% RIPE Unknown telenor.com
RIPE-NCC-HM-MNT
213.230.184.0/24 254 High:89% RIPE Unknown telenor.com
TGS-MNT
213.230.181.0/24 254 High:89% RIPE Unknown telenor.com
TGS-MNT
213.230.188.0/24 254 High:89% RIPE Unknown telenor.com
TGS-MNT
213.230.189.0/24 254 High:89% RIPE Unknown telenor.com
TGS-MNT
213.230.191.0/24 254 High:89% RIPE Unknown telenor.com
TGS-MNT
2403:d300:2400::/38 - High:85% APNIC Unknown telenor.com
Telenor Global Services AS
Showing high level RPKI validity distribution per IP version and per prefix.

IPv4

Prefix Distrib. Valid Unknown Invalid Total Perc.
/21 RPKI status distribution for IPv4 prefix size /21 Valid: 0% Unknown: 100% Invalid: 0% This stacked bar chart represents the RPKI status distribution for the IPv4 prefix size /21. Possible values for an RPKI status are: Valid, Invalid, Unknown. 0% of all /21 IPv4 prefixes are valid. 100% of all /21 IPv4 prefixes are unknown. 0% of all /21 IPv4 prefixes are invalid. 0 1 0 1 8%
/22 RPKI status distribution for IPv4 prefix size /22 Valid: 0% Unknown: 100% Invalid: 0% This stacked bar chart represents the RPKI status distribution for the IPv4 prefix size /22. Possible values for an RPKI status are: Valid, Invalid, Unknown. 0% of all /22 IPv4 prefixes are valid. 100% of all /22 IPv4 prefixes are unknown. 0% of all /22 IPv4 prefixes are invalid. 0 2 0 2 16%
/23 RPKI status distribution for IPv4 prefix size /23 Valid: 0% Unknown: 100% Invalid: 0% This stacked bar chart represents the RPKI status distribution for the IPv4 prefix size /23. Possible values for an RPKI status are: Valid, Invalid, Unknown. 0% of all /23 IPv4 prefixes are valid. 100% of all /23 IPv4 prefixes are unknown. 0% of all /23 IPv4 prefixes are invalid. 0 2 0 2 16%
/24 RPKI status distribution for IPv4 prefix size /24 Valid: 0% Unknown: 100% Invalid: 0% This stacked bar chart represents the RPKI status distribution for the IPv4 prefix size /24. Possible values for an RPKI status are: Valid, Invalid, Unknown. 0% of all /24 IPv4 prefixes are valid. 100% of all /24 IPv4 prefixes are unknown. 0% of all /24 IPv4 prefixes are invalid. 0 7 0 7 58%
Total RPKI status distribution for all IPv4 prefix sizes This stacked bar chart represents the RPKI status distribution for all the IPv4 prefix size. Possible values for an RPKI status are: Valid, Invalid, Unknown. 0% of all IPv4 prefixes are valid. 100% of all IPv4 prefixes are unknown. 0% of all IPv4 prefixes are invalid. 0 12 0 12 100%

IPv6

Prefix Distrib. Valid Unknown Invalid Total Perc.
/38 RPKI status distribution for Ipv6 prefix size /38 Valid: 0% Unknown: 100% Invalid: 0% This stacked bar chart represents the RPKI status distribution for the Ipv6 prefix size /38. Possible values for an RPKI status are: Valid, Invalid, Unknown. 0% of all /38 Ipv6 prefixes are valid. 100% of all /38 Ipv6 prefixes are unknown. 0% of all /38 Ipv6 prefixes are invalid. 0 1 0 1 100%
Total RPKI status distribution for all Ipv6 prefix sizes This stacked bar chart represents the RPKI status distribution for all the Ipv6 prefix size. Possible values for an RPKI status are: Valid, Invalid, Unknown. 0% of all Ipv6 prefixes are valid. 100% of all Ipv6 prefixes are unkown. 0% of all Ipv6 prefixes are invalid. 0 1 0 1 100%

ABOUTResource Public Key Infrastructure is a specialized public key infrastructure framework to improve security for the Internet's BGP routing infrastructure. RPKI provides a way to connect Internet number resource information (such as ASN and IP addresses) to a trust anchor. Wikipedia ↗︎

All ASN sorted by their number. Sourced from 10 BGP locations.

Upstreams — Any direct adjacent ASN in an AS path sequence that leads to a tier 1 ASN.

All peers ASN for AS15932
ASN Organization
AS174 Cogent Communications
AS1299 Twelve99-IRR-MNT
AS2914 NTT America, Inc.
AS6939 Hurricane Electric LLC

Downstreams — Any direct adjacent ASN in an AS path sequence that adds one-hop away from a tier 1 ASN.

All downstreams ASN for AS15932
ASN Organization
AS4818 DiGi Telecommunications Sdn Bhd., Digi Internet Exchange
AS9587 DTAC TriNet Co.,Ltd.
AS49222 TCNX-MNT

Peers — Any direct adjacent ASN, can include upstreams, downstreams or tier 1 ASN.

All peers ASN for AS15932
ASN Organization
AS174 Cogent Communications
AS1299 Twelve99-IRR-MNT
AS2914 NTT America, Inc.
AS3356 Level 3 Parent, LLC
AS4788 TM TECHNOLOGY SERVICES SDN BHD
AS4818 DiGi Telecommunications Sdn Bhd., Digi Internet Exchange
AS4826 VOCUS PTY LTD
AS6939 Hurricane Electric LLC
AS7713 Telekomunikasi Indonesia (PT)
AS8529 RIPE-NCC-END-MNT
AS9002 RETN Limited
AS9587 DTAC TriNet Co.,Ltd.
AS18106 Viewqwest Pte Ltd
AS24482 SG.GS
AS38001 NewMedia Express Pte Ltd
AS41095 IPTP LTD
AS49222 TCNX-MNT
AS49544 RIPE-NCC-END-MNT
AS132337 AXCLUSIVE PTE. LTD.
AS199524 G-Core Labs S.A.
All 2 Internet Exchange Points displayed, sorted by name. Sourced from PeeringDB ago. VIEW PEERINGDB
Internet Exchanges for AS15932
Name Location Addresses Link RS Peer
Equinix Hong Kong
Equinix Internet Exchange Hong Kong
Hong Kong
36.255.56.177
2001:de8:7::1:5932:1 		100 Gbps
Ethernet 		NO
Equinix Singapore
Equinix Internet Exchange Singapore
Singapore
27.111.229.37
2001:de8:4::1:5932:1 		200 Gbps
Ethernet 		NO

ABOUTInternet Exchange Points (IXes or IXPs) are physical places where infrastructure companies interconnect with each other to exchange data destined for their respective networks. These locations are critical for companies to shorten their connection paths to other network participant, this allows for reduced round-trip time and low latency. Wikipedia ↗︎

Registrant

AS15932 Registrant Contact Details
Handle ORG-TGSA1-RIPE ↗︎
Type Org
Country Norway
Name TELENOR LINX AS
Email -
Phone +47 810 77 000
Address Snaroyveien 30 N-1331 Fornebu NORWAY MAP ↗︎

Under the same Registrant

No other ASN registered under the same Registrant handle (ORG-TGSA1-RIPE).

Administrator

AS15932 Administrator Contact Details
Handle TT2815-RIPE ↗︎
Type Individual
Country Norway
Name Torgeir Troite
Email -
Phone +4791399352
Address Telenor Global Services AS Snaroyveien 30 N-1331 Fornebu, Norway MAP ↗︎

Under the same Administrator

No other ASN registered under the same Admin handle (TT2815-RIPE).

Abuse

AS15932 Abuse Contact Details
Handle AR16367-RIPE ↗︎
Type Group
Country Norway
Name Abuse-C Role
Email [email protected]
Phone -
Address Telenor Global Services AS att: Torgeir Troite Snaroyveien 30 N-1331 Fornebu NORWAY MAP ↗︎

Under the same Abuse handle

No other ASN registered under the same Abuse handle (AR16367-RIPE).

Technical

AS15932 Tech Contact Details
Handle TT2815-RIPE ↗︎
Type Individual
Country -
Name Torgeir Troite
Email -
Phone +4791399352
Address Telenor Global Services AS Snaroyveien 30 N-1331 Fornebu, Norway MAP ↗︎

Under the same Tech handle

No other ASN registered under the same Tech handle (TT2815-RIPE).