Autonomous system
AS15154 SBBSNET
Unclassified ARIN NSP
Summary
Network Services Group
isp hosting business
Reverse names that write the address backwards and keep the dots.
What it's used for
- A regional provider's network. Three IPv4 prefixes and one IPv6
/32announced from the United States, with three observed BGP neighbours.
Notable
- Four of nine sampled addresses answered. Three take the form
ip-64.166.232.198.sbbsnet.net: the final octet as a label, then the remaining three octets in reverse order with their dots intact. - The fourth adds a customer name as an extra label between the reversed address and the domain, and prefixes the whole thing with words for network and customer.
- The three blocks carry three unrelated netnames: one built from the operator's own short name, and two that are ordinary words with no connection to it or to each other.
- Every block is registered to the holder despite those names.
Interesting
- Keeping the dots while reversing the octets is the worst of both conventions. The name is four labels deep for no structural reason, and reading the address out of it requires knowing to reverse the middle three parts but not the first.
- Two netnames that are just words are a reminder that this field has no rules. They were meaningful to whoever typed them and carry nothing an outsider can use, which is more honest than the netnames that encode an address and then go stale.
- Naming the customer in the reverse zone tells anyone sampling the space which addresses belong to which business, without a single query reaching the provider.
This description is AI-generated, best-effort context — not authoritative, and provided without any guarantee of accuracy. Source, and how to suggest an edit.
Interconnection
Peering at a glance
Internet exchanges
Recorded at 1 exchange in 1 country, largest first.
| Exchange | Location | Their address |
|---|---|---|
| Detroit Internet Exchange | Detroit, United States | 209.124.52.19 |
Exchange presence is recorded rather than inferred: the directory collected by Packet Clearing House (https://www.pch.net/ixp/data) on 2026-10-10, licensed CC BY-NC-SA 3.0. Transit is inferred from observed BGP paths, never declared by either party.
Address space
Summary
IPv4 3 prefixes · 4.61K addresses IPv6 1 prefixes
| Country | Name | Prefixes |
|---|---|---|
| US | United States of America | 4 |
Registry
Allocation record
- Registry
- ARIN
- Handle
AS15154- Registry name
- SBBSNET
- Registrant
- Network Services Group
- Abuse contact
- sysadmin@sbbsnet.net
- Registered
- 2000-03-27
- Last changed
- 2021-08-18
- Allocation
- assigned
Declared
PeeringDB profile
- Name
- Network Services Group
- Also known as
- Network Services Group
- Network type
- NSP
- Scope
- Regional
- Traffic ratio
- Balanced
- Peering policy
- Open
- IRR as-set
ALTDB::AS15154:RS-SBBS- Present at
- 1 exchanges
- Website
- https://www.netservicesgroup.com
PeeringDB records are maintained by the network operator and are not independently verified. Treat them as a statement of intent rather than of fact. For the observed and recorded view, see peering, which lists the exchanges Packet Clearing House has a port on file for.
Routing security
RPKI and IRR
- RPKI
- 100% valid · 5 valid, 0 with no ROA
- ROAs
- 4 authorising AS15154
- ASPA
- no ASPA record
- IRR
- 100% registered · 5 of 5 announcements
- Route objects
- 21 naming AS15154
Reputation
Classification and threat
Unclassified Not in the curated lists. Most of the ~80,000 allocated ASNs are not.
Spamhaus DROP
Not on ASN-DROP The network as a whole is not listed.
No DROP prefixes None of its announced space is on the DROP prefix list.
Spamhaus DROP ("Don't Route Or Peer") lists space and networks run by, or hijacked for, spam and cybercrime operations: 431 networks and 1,775 prefixes, as published 2026-10-11. A short, high-confidence list, so a match is worth taking seriously, and absence from it says little on its own.
FBI IC3
No IC3 indicators Nothing from the FBI IC3 feed.
IC3 threat data is alpha. Absence of an indicator is not evidence of good behaviour, only of absence from this one feed.
Elsewhere