89.58.28.0/22

AS197540 · netcup GmbH

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Summary

Country	Germany
Domain	netcup.de
ASN	AS197540
Registry	RIPE
ID	DE-NETCUP-20051123

WHOIS Details

inetnum:        89.58.0.0 - 89.58.63.255
netname:        DE-NETCUP-20051123
country:        DE
org:            ORG-nG51-RIPE
admin-c:        OW395-RIPE
tech-c:         OW395-RIPE
status:         ALLOCATED PA
mnt-by:         NETCUP-MNT
mnt-by:         RIPE-NCC-HM-MNT
created:        2021-10-14T07:14:55Z
last-modified:  2021-12-27T13:20:06Z
source:         RIPE
remarks:        INFRA-AW
abuse-email:    abuse@netcup.de
abuse-c:        NA4042-RIPE
abuse-org:      ORG-nG51-RIPE

organisation:   ORG-nG51-RIPE
org-name:       netcup GmbH
country:        DE
org-type:       LIR
address:        Emmy-Noether-Straße-10
address:        76131
address:        Karlsruhe
address:        GERMANY
phone:          +4972175407550
fax-no:         +4972175407559
e-mail:         ripeadm@netcup.de
admin-c:        OW395-RIPE
abuse-c:        NA4042-RIPE
mnt-ref:        RIPE-NCC-HM-MNT
mnt-ref:        NETCUP-MNT
mnt-by:         RIPE-NCC-HM-MNT
mnt-by:         NETCUP-MNT
created:        2010-11-03T10:05:19Z
last-modified:  2025-11-12T13:15:50Z
source:         RIPE
abuse-email:    abuse@netcup.de
abuse-c:        NA4042-RIPE
abuse-org:      undefined

person:         Oliver Werner
address:        netcup GmbH
address:        Daimlerstrasse 25
address:        76185 Karlsruhe
phone:          +49721 75407550
e-mail:         ripeadm@netcup.de
nic-hdl:        OW395-RIPE
mnt-by:         NETCUP-MNT
created:        2010-11-03T14:34:38Z
last-modified:  2017-10-30T22:11:28Z
source:         RIPE

route:          89.58.0.0/18
origin:         AS197540
mnt-by:         NETCUP-MNT
created:        2021-11-09T09:15:58Z
last-modified:  2021-11-09T09:15:58Z
source:         RIPE

Nearby Ranges

BGP prefixes that overlap with 89.58.0.0/16

Range	ASN	Company	Num of IPs
89.58.192.0/18	AS57353	freenet DLS GmbH	16,384
89.58.160.0/19	AS16509	Amazon.com, Inc.	8,192
89.58.104.0/21	AS16509	Amazon.com, Inc.	2,048
89.58.120.0/21	AS5430	freenet DLS GmbH	2,048
89.58.60.0/22	AS197540	netcup GmbH	1,024

Hosted domains

There are 1,685 domain names hosted across 364 IP addresses on this ASN. Checkout our API to access full domain hosting information.

IP Address	Domain	Domains on this IP
89.58.29.120	bowling-universum.ch	154
89.58.31.250	hotelbetreuung.de	103
89.58.28.163	ein-klick-besser.com	64
89.58.31.112	kupfernetz.de	52
89.58.31.35	albus-car.ch	51
89.58.29.55	videoproduktion-rheinruhr.de	48
89.58.28.191	dumkeweb.de	39
89.58.31.106	scorebada.com	37
89.58.30.2	vanoi.net	30
89.58.28.95	bw-daten.de	28
89.58.30.206	alexanderschau.com	28
89.58.30.129	wisuelles.de	27
89.58.30.244	systementwickler.org	26
89.58.31.192	secure-travel.de	23
89.58.28.129	robo-anwalt.de	23
89.58.29.56	internetwetter.info	21
89.58.30.208	levelonedesign.nl	20
89.58.29.148	maxflite.net	18
89.58.28.189	spielen.vc	17
89.58.28.90	aynrand-treffen.de	17

Hosted domains API

Our Hosted Domains API, or Reverse IP API returns a full list of domains that are hosted on a single IP address.

Useful for Cybersecurity

Read more

Pingable IPs

898 IPs in this range replied to an ICMP ping during our most recent internet scan. Learn more.

IP Address	ASN	Details
89.58.30.180	AS197540 netcup GmbH	`0.38ms` from Nuernberg, DE
89.58.29.117	AS197540 netcup GmbH	`0.36ms` from Nuernberg, DE
89.58.28.96	AS197540 netcup GmbH	`0.35ms` from Nuernberg, DE
89.58.31.80	AS197540 netcup GmbH	`0.37ms` from Nuernberg, DE

Other Pingable IPs

Below is a random selection of 25 IPs that replied to an ICMP ping during our most recent internet scan.

IP Address	ASN	Details
51.8.227.86	AS8075 Microsoft Corporation	`0.61ms` from Ashburn, US
160.45.26.166	AS680 Verein zur Foerderung eines Deutschen Forschungsnetzes e.V.	`1.38ms` from Berlin, DE
78.131.126.182	AS20845 DIGI Tavkozlesi es Szolgaltato Kft.	`4.04ms` from Budapest, HU
122.15.184.6	AS55410 Vodafone Idea Ltd	`1.32ms` from Chennai, IN
98.215.129.70	AS7922 Comcast Cable Communications, LLC	`12.03ms` from Chicago, US
64.63.155.230	AS53828 NETWORK INNOVATIONS, LLC	`0.49ms` from Denver, US
84.135.144.134	AS3320 Deutsche Telekom AG	`4.95ms` from Duesseldorf, DE
112.12.62.6	AS56041 China Mobile communications corporation	`6.68ms` from Hangzhou, CN
98.190.123.6	AS22773 Cox Communications Inc.	`8.14ms` from Kansas City, US
117.198.195.182	AS9829 National Internet Backbone	`6.84ms` from Lohogaon, IN
201.121.79.6	AS8151 UNINET	`1.71ms` from Mexico City, MX
137.49.2.134	AS393337 The University of Hartford	`7.22ms` from New York City, US
104.148.237.38	AS6128 Cablevision Systems Corp.	`9.25ms` from New York City, US
187.130.239.246	AS8151 UNINET	`9.85ms` from Santiago de Queretaro, MX
201.138.141.22	AS8151 UNINET	`7.76ms` from Santiago de Queretaro, MX
27.232.122.86	AS4766 Korea Telecom	`2.07ms` from Seoul, KR
135.90.109.198	AS36351 IBM Cloud	`0.54ms` from Sydney, AU
1.172.82.102	AS3462 Data Communication Business Group	`3.52ms` from Taichung, TW
126.58.235.38	AS17676 SoftBank Corp.	`7.40ms` from Tokyo, JP
185.16.144.102	AS52142 Polcom Sp. z o.o.	`4.64ms` from Wrocław, PL
67.1.162.22	AS209 CenturyLink Communications, LLC	`15.79ms` from Albuquerque, US
18.218.131.230	AS16509 Amazon.com, Inc.	`0.15ms` from Columbus, US
5.33.6.198	AS9158 Telenor A/S	`0.51ms` from Copenhagen, DK
154.117.162.54	AS37358 BitCo	`0.22ms` from Johannesburg, ZA
12.87.126.22	AS7018 AT&T Enterprises, LLC	`5.66ms` from Kansas City, US

Traceroute

Below is a recent traceroute taken from the IPinfo ProbeNet to an IP in this range. Learn more.

traceroute -a -n -q1 -f5 89.58.28.13

traceroute to 89.58.28.13 (89.58.28.13): 64 hops max, 52 byte packets

5 [AS24940] 213.133.127.6 0.618 ms

6 [AS24940] 213.239.239.141 0.319 ms

7 [AS24940] 213.239.245.26 5.654 ms

8 *

9 [AS47147] 94.16.25.159 0.591 ms

10 [AS197540] 89.58.28.13 0.545 ms

Measurement taken from

IPinfo ProbeNet in Nuernberg, DE

On December 28th 2025

What are IP address ranges?

IP address ranges, or netblocks, are groups of related IP addresses. They are usually represented as a base IP address, followed by a slash, and then a netmask which represents how many IP addresses are contained within the netblock. This format is known as CIDR. You'll also sometimes see netblocks given as a start ip address, and an end ip address, or an ip address range.

Traffic works its way around the internet based on the routing table, which contains a list of networks and their associated netblocks.

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