AS197157 SoundCloud Management GmbH details – IPinfo.io
AS number details
SoundCloud Management GmbH ·
Summary
IP Address Ranges
WHOIS
Hosted Domains
Peers
Upstreams
Downstreams
AS197157 – SoundCloud Management GmbH
Country
Germany
Website
Hosted domains
1
Hosted IPs
2, 048
ASN type
Business
Allocated
11 years ago on Jul 06, 2010
IPv4 Ranges
IPv6 Ranges
There are no known IPv6 addresses belonging to this network
Get all this data and more in JSON format using our ASN API
Read More
WHOIS Details
as-block: AS196608 – AS213403
descr: RIPE NCC ASN block
remarks: These AS Numbers are assigned to network operators in the RIPE NCC service region.
mnt-by: RIPE-NCC-HM-MNT
created: 2020-10-28T07:56:37Z
last-modified: 2020-10-28T07:56:37Z
source: RIPE
aut-num: AS197157
as-name: SOUNDCLOUD
org: ORG-SMG26-RIPE
remarks:
import: from AS2914 accept ANY
import: from AS6461 accept ANY
export: to AS2914 announce AS-SOUNDCLOUD
export: to AS6461 announce AS-SOUNDCLOUD
admin-c: AA37383-RIPE
tech-c: AA37383-RIPE
status: ASSIGNED
mnt-by: RIPE-NCC-END-MNT
mnt-by: lir-de-soundcloud1-1-MNT
created: 2010-07-06T15:06:47Z
last-modified: 2021-04-28T12:24:03Z
abuse-email:
abuse-c: AR62840-RIPE
abuse-org: ORG-SMG26-RIPE
organisation: ORG-SMG26-RIPE
org-name: SoundCloud Management GmbH
org-type: LIR
address: Rheinsberger Straße 76/77
address: 10115
address: Berlin
address: GERMANY
country: DE
phone: +49 30 467 247 600
e-mail:
mnt-ref: lir-de-soundcloud1-1-MNT
created: 2021-04-07T08:42:22Z
last-modified: 2021-08-18T08:35:16Z
role: Administrator
nic-hdl: AA37383-RIPE
created: 2021-04-07T08:42:21Z
last-modified: 2021-04-07T08:42:22Z
There
is 1 domain name
hosted across
2 IP addresses
on this ASN.
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.
are 2 peers
for this ASN.
are 2 upstreams
upstreams
Name
AS2914
NTT America, Inc.
AS6461
Zayo Bandwidth
There are no downstreams for this ASN.
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What is an ASN?
Autonomous System Numbers (ASNs) are assigned to entities such as Internet Service Providers and other large organizations that control blocks of IP addresses. This network page, and the organization field that’s shown on the main IP address information page and also returned in the geolocation API are based on the ASN.
The ASN details will often correspond to the IP address owner, but for smaller organizations it may be that organization’s parent, or their ISP. Find out more about AS197157 at robtex.
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Cloud IPs – Brightbox
Cloud IP addresses are publicly routed IP addresses that can be instantly mapped
to Cloud Servers, Load Balancers or
Cloud SQL instances.
Cloud IPs are “dual-stack” and each one has both both IPv4 and IPv6 addresses
that are mapped together as a pair.
Cloud IPs belong to an account and can be mapped to resources on the same
account. They are added to an account by “creating” them and billed by the hour
until they are removed by “destroying” them.
Mapping a Cloud IP to a Cloud Server
IPv4
All cloud servers have a private IPv4 address accessible only from within the
Brightbox network. Once a Cloud IP is mapped to a server, IPv4 packets to and from
the Cloud IP are translated using NAT to the server’s private IPv4 address.
Outgoing IPv4 connections from the server to the Internet are translated to the
first Cloud IP mapped to the server. If no Cloud IP is mapped, a shared IPv4
address is used.
Incoming and outgoing connections to and from the server’s private IPv4
(such as from other servers on the Brightbox network) are unaffected
by Cloud IP mappings.
Moving a Cloud IP address will interrupt any established connections using the
address.
IPv6
All cloud servers have a public /64 IPv6 network allocation. When a Cloud IP
is mapped to a server, IPv6 packets to the Cloud IP IPv6 address are translated
using NAT to the server’s first IPv6 address.
Outgoing IPv6 connections from the server are unaffected by Cloud IP mappings.
This allows your server’s native IPv6 addresses to work exactly the same whether
a Cloud IP is mapped or not.
Mapping a Cloud IP to a Load Balancer
Cloud IPs can be mapped to Load Balancers, allowing you to instantly switch one
server to many.
Load Balancers are inaccessible until a Cloud IP is mapped to
them. Once a Cloud IP is mapped to a load balancer, packets to the
Cloud IP are translated to the Load Balancers. Load Balancers do not
make outgoing connections to the Internet themselves, so no outgoing
translation occurs.
Mapping the first Cloud IP to a Load Balancer also triggers any outstanding
Let’s Encrypt certificate generation.
IPv6 connections to the Cloud IP address are accepted by Load Balancers and
become IPv4 connections to the back-end servers.
Mapping a Cloud IP to a Cloud SQL Instance
Cloud IPs can be mapped to Cloud SQL instances. SQL instances are inaccessible
until a Cloud IP is mapped to them.
A note on Cloud Server interfaces
Cloud IPs are actually mapped to an interface on a server. The API
accepts a server identifier as the destination and maps the IP to the
first available interface.
Cloud IPs are mapped directly to load balancers as they do not have
interfaces like Cloud Servers.
DNS
The first Cloud IP mapped to a Cloud Server is accessible using the DNS record
(where srv-xxxxx is the server identifier
and gb1 is the region code). The name will return both A and AAAA records
to give both the IPv4 and IPv6 addresses.
If no Cloud IP is mapped, the record fails to resolve (returning a
NXDOMAIN).
$ host
has address 109. 107. 38. 54
has IPv6 address 2a02:1348:ffff:ffff::6d6b:2636
Reverse DNS
The default reverse DNS of a Cloud IP is currently of the form
and resolves to both the IPv4 and IPv6
addresses.
Custom reverse DNS for Cloud IPs is covered in the DNS
reference and in the CLI Reverse DNS
Guide.
Port Translation
Port Translation can be used to change the destination port of a TCP
or UDP connection coming into a Cloud IP. It can be used to emulate
having multiple private IP addresses on a Cloud Server. It’s commonly used to
host multiple TLS/SSL sites on the same server.
Port Translation applies only to connections coming into a Cloud IP –
they do not affect outgoing connections from the Cloud Server.
See the Port Translation guide for a
walk through on how to use them.
Port Translation and Firewalling
As with Cloud IP mappings, Port Translation acts on traffic before the Cloud
Firewall. So, for example, if you’re translating
port 443 on a Cloud IP to port 2443 on a Cloud Server, your firewall rules
would need to allow port 2443.
Port Translation and Load Balancers
Cloud IPs with port translations can of course be mapped to load
balancers too. You need to specify your load
balancer listeners to use the translated port. So, if you’re translating port
443 to port 2443 then your load balancer needs a listener on port 2443.
Routing mode
Cloud IPs can be in one of two modes, NAT or route. By default, Cloud IPs are in
NAT mode and when mapped, connections are subject to network address
translation. This allows convenient movement of Cloud IPs between servers
without needing any configuration on the servers themselves — the server doesn’t
even know about the Cloud IP.
In route mode, network address translation does not take place and the
packets are routed directly to the target cloud server. This allows greater
control on the server, such as services listening on specific Cloud IPs, or
choosing specific Cloud IPs for outgoing connections. However, it does require
some manual network configuration on the server, to add the IP address (and
remove it after unmapping).
Cloud Servers can have both NAT and route mode IPs mapped at the same time. Any
outgoing connections to the internet that don’t specify a route mode IP will use
the first NAT mode IP. Incoming connections to the NAT mode IPs will be
translated to the private IP as before.
Limitations
Cloud IPs in route mode can only be mapped to Cloud Servers and currently only
support IPv4, and do not support port translation. To change the mode of a Cloud
IP, the IP must be unmapped.
Usage
To manually configure a server with a route mode Cloud IP, simply add the IP
address to the primary ethernet interface with a netmask of 255. 255. 255.
Packets are routed to and from the server via it’s private IP address.
How to Insert IP Addresses in a Browser – Small Business – Chron …
An Internet Protocol or IP address is a numerical identifier that is recognized by networked devices such as servers and computers, and this is how websites and other Internet locations are uniquely identified. The Domain Name System is a special database system that maps the binary value with a name that is easier to remember and more useful for business recognition, such as “” An IP address has a format resembling “207. 46. 111. 61. ” If you find it necessary to navigate to an IP address, you can enter it directly into your browser just as you would a domain name. Launch your Web browser and click your mouse in the address bar at the top of the window. Ensure that any previously existing text in the address bar is either deleted or selected. Type the string “” followed by the IP address and then a forward slash. For example, type “ 209. 191. 122. 70/” (without the quotes). The trailing slash reduces server time by letting the browser know that this is a directory and it’s not necessary to retrieve a particular file; the default page is assumed and displayed. The “” string informs the browser to access this location using the Hypertext Transfer Protocol. The HTTP string is optional, since it is the default method and the browser will assume it in the absence of any other protocol, such as FTP, being specified. Press the “Enter” key to navigate to the specified IP address in your browser. References Resources Writer Bio Willa Dunn has been writing since 1970. She has written website content as well as technical documentation, poetry and fiction. She specializes in gardening and technology-related articles. Dunn attended Illinois Institute of Technology and the University of Illinois, studying photography and computer science. She enjoys home gardening.
Frequently Asked Questions about soundcloud ip address
Does the cloud have an IP address?
All cloud servers have a private IPv4 address accessible only from within the Brightbox network. Once a Cloud IP is mapped to a server, IPv4 packets to and from the Cloud IP are translated using NAT to the server’s private IPv4 address.May 14, 2021
How do I connect directly to an IP address?
Type the string “http://” followed by the IP address and then a forward slash. For example, type “http:// 209.191. 122.70/” (without the quotes).
Does YouTube have an IP address?
To support a large and growing network of web servers, YouTube owns a number of IP addresses in ranges called blocks. These IP address blocks belong to YouTube: 199.223. 232.0 – 199.223.Dec 10, 2020