Autonomous System details

AS29670

Individual Network Berlin (in-berlin) E.V. — in-berlin.de

Summary

Country
DE Germany
Organization Individual Network Berlin (in-berlin) E.V.
Domain in-berlin.de
Number of IPv4 6,656
Number of IPv6 7.2297× 1029
AS Type Hosting
Registry RIPE NCC
Allocated November 06, 2003 (about 21 years ago)
Updated April 12, 2021 (about 4 years ago)

IP Ranges

AS29670 announces 8 IPv4 ranges and 7 IPv6 ranges.

That's a total of 6,656 IPv4 addresses and 7.2297× 1029 IPv6 addresses.

Prefix Organization Size Registry Status
185.177.204.0/22
DE Individual Network Berlin (in-berlin) E.V.
1,024 RIPE NCC ALLOCATED PA
192.109.21.0/24
DE Individual Network Berlin (in-berlin) E.V.
256 RIPE NCC ASSIGNED PI
192.109.42.0/24
DE Individual Network Berlin (in-berlin) E.V.
256 RIPE NCC ASSIGNED PI
192.109.82.0/24
DE Individual Network Berlin (in-berlin) E.V.
256 RIPE NCC ASSIGNED PI
193.29.188.0/24
DE Individual Network Berlin (in-berlin) E.V.
256 RIPE NCC ASSIGNED PI
193.96.24.0/24
DE Tatjana Heuser
256 RIPE NCC ASSIGNED PI
217.197.80.0/20
DE Individual Network Berlin (in-berlin) E.V.
4,096 RIPE NCC ASSIGNED PI
217.197.91.0/24
DE Individual Network Berlin (in-berlin) E.V.
256 RIPE NCC ASSIGNED PI
Prefix Organization Size Registry Status
2001:678:fd8::/48
DE Stefan Bachmann
1.2089× 1024 RIPE NCC ASSIGNED PI
2001:67c:fb8::/48
DE Jochen Demmer
1.2089× 1024 RIPE NCC ASSIGNED PI
2001:67c:1400::/45
DE Individual Network Berlin (in-berlin) E.V.
9.6714× 1024 RIPE NCC ASSIGNED PI
2001:67c:1403::/48
DE Individual Network Berlin (in-berlin) E.V.
1.2089× 1024 RIPE NCC ASSIGNED PI
2001:bf0:c000::/35
DE Individual Network Berlin E.V.
9.9035× 1027 RIPE NCC ASSIGNED
2001:bf6::/32
DE Individual Network Berlin E.V.
7.9228× 1028 RIPE NCC ALLOCATED-BY-LIR
2a0a:4580::/29
DE Individual Network Berlin (in-berlin) E.V.
6.3383× 1029 RIPE NCC ALLOCATED-BY-RIR

Peers

AS29670 actively fosters the following peering relationships that enhance network performance through direct, settlement-free traffic exchange. Even with a modest number of peers, each connection serves as a strategic asset—optimizing routing, reducing latency, and minimizing transit costs.

AS42 AS553 AS680 AS1103 AS1140 AS1828 AS2906 AS3216 AS3333 AS3856 AS5713 AS6507 AS6696 AS6939 AS8218 AS8220 AS8298 AS12337 AS12693 AS12731 AS12732 AS12759 AS12859 AS13237 AS13335 AS14907 AS15388 AS20485 AS20647 AS20676 AS20783 AS20880 AS20932 AS24482 AS24961 AS25091 AS25220 AS25415 AS29140 AS31019 AS31529 AS32934 AS34019 AS34171 AS34927 AS35053 AS35833 AS37100 AS37468 AS37662 AS37721 AS38880 AS39351 AS41666 AS41692 AS42541 AS44194 AS49544 AS50266 AS50472 AS51185 AS51324 AS56987 AS57406 AS58299 AS58511 AS59507 AS62167 AS64289 AS64475 AS137409 AS140984 AS199524 AS199938 AS201701 AS204092 AS204188 AS205206 AS212483 AS396986

Upstreams

AS29670 connects to the global Internet via at least 8 upstream providers. In this setup, AS29670 acts as a customer, subscribing to these transit services to obtain full BGP routing information and ensure reliable, redundant access to external networks.

AS1273 AS3320 AS5405 AS9002 AS9136 AS13030 AS33891 AS50629

Downstreams

AS29670 serves as a transit provider the following ASes, delivering the BGP routes needed for global connectivity. This downstream relationship underscores AS29670's role in extending Internet access beyond its own infrastructure.

AS112 AS21158 AS48387 AS59645 AS60729 AS60802 AS200490 AS208135 AS212520

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