AS989
ASPnix — aspnix.com
Summary
| Country |
 United States
|
| Organization | ASPnix |
| Domain | aspnix.com |
| Number of IPv4 | 5,888 |
| Number of IPv6 | 3.1069× 1026 |
| AS Type | Hosting |
| Registry | ARIN |
| Allocated | June 27, 2022 (about 2 years ago) |
| Updated | June 27, 2022 (about 2 years ago) |
IP Ranges
AS989 announces 23 IPv4 ranges and 2 IPv6 ranges.
That's a total of 5,888 IPv4 addresses and 3.1069× 1026 IPv6 addresses.
| Prefix | Organization | Size | Registry | Status |
|---|---|---|---|---|
| 8.8.244.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| 8.8.245.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| 8.8.246.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| 8.8.247.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| 8.8.248.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| 8.8.249.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| 8.18.120.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| 8.18.121.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| 8.18.122.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| 8.30.144.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| 8.30.145.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| 8.30.146.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| 8.30.147.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| 8.36.224.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| 8.36.225.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| 8.36.228.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| 8.36.229.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| 8.36.238.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| 8.36.239.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| 8.44.142.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| 8.44.143.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| 209.0.50.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| 209.0.51.0/24 |
ASPnix
|
256 | ARIN | REASSIGNMENT |
| Prefix | Organization | Size | Registry | Status |
|---|---|---|---|---|
| 2602:fb29::/40 |
ASPnix
|
3.0949× 1026 | ARIN | ALLOCATION |
| 2602:fb29::/48 |
ASPnix
|
1.2089× 1024 | ARIN | ALLOCATION |
Peers
AS989 does not have any direct peering agreements. Instead, its global connectivity is achieved through transit providers. While this setup ensures comprehensive reach, future peering could reduce latency and optimize route efficiency.
Upstreams
AS989 connects to the global Internet via at least 1 upstream provider. In this setup, AS989 acts as a customer, subscribing to these transit services to obtain full BGP routing information and ensure reliable, redundant access to external networks.
Downstreams
AS989 currently has no downstream networks, meaning it does not serve as a transit provider to customer networks.