AS54148
Dynamic Quantum Networks — as54148.net
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Summary
| Country |
 Canada
|
| Organization | Dynamic Quantum Networks |
| Domain | as54148.net |
| Number of IPv4 | 1,280 |
| Number of IPv6 | 7.9394× 1028 |
| AS Type | ISP |
| Registry | ARIN |
| Allocated | January 11, 2024 (about 1 year ago) |
| Updated | November 29, 2024 (about 9 months ago) |
IP Ranges
AS54148 announces 5 IPv4 ranges and 30 IPv6 ranges.
That's a total of 1,280 IPv4 addresses and 7.9394× 1028 IPv6 addresses.
| Prefix | Organization | Size | Registry | Status |
|---|---|---|---|---|
| 23.160.152.0/24 |
Dynamic Quantum Networks
|
256 | ARIN | REALLOCATION |
| 216.238.40.0/24 |
Dynamic Quantum Networks - Toronto Pop
|
256 | ARIN | REASSIGNMENT |
| 216.238.41.0/24 |
 Dynamic Quantum Networks - Kansas City Pop
|
256 | ARIN | REASSIGNMENT |
| 216.238.42.0/24 |
Dynamic Quantum Networks - Fremont Pop
|
256 | ARIN | REASSIGNMENT |
| 216.238.43.0/24 |
 Dynamic Quantum Networks - Amsterdam Pop
|
256 | ARIN | REASSIGNMENT |
| Prefix | Organization | Size | Registry | Status |
|---|---|---|---|---|
| 2602:fa43::/32 |
Dynamic Quantum Networks
|
7.9228× 1028 | ARIN | REASSIGNMENT |
| 2602:fa43::/44 |
Dynamic Quantum Networks
|
1.9343× 1025 | ARIN | REASSIGNMENT |
| 2602:fa43::/48 |
Dynamic Quantum Networks
|
1.2089× 1024 | ARIN | REASSIGNMENT |
| 2602:fa43:1::/48 |
Dynamic Quantum Networks
|
1.2089× 1024 | ARIN | REASSIGNMENT |
| 2602:fa43:2::/48 |
Dynamic Quantum Networks
|
1.2089× 1024 | ARIN | REASSIGNMENT |
| 2602:fa43:10::/44 |
Dynamic Quantum Networks - Toronto Pop
|
1.9343× 1025 | ARIN | REASSIGNMENT |
| 2602:fa43:11::/48 |
Dynamic Quantum Networks - Toronto Pop
|
1.2089× 1024 | ARIN | REASSIGNMENT |
| 2602:fa43:12::/48 |
Dynamic Quantum Networks - Toronto Pop
|
1.2089× 1024 | ARIN | REASSIGNMENT |
| 2602:fa43:13::/48 |
Dynamic Quantum Networks - Toronto Pop
|
1.2089× 1024 | ARIN | REASSIGNMENT |
| 2602:fa43:20::/46 |
Dynamic Quantum Networks - New York Pop
|
4.8357× 1024 | ARIN | REASSIGNMENT |
| 2602:fa43:24::/46 |
Dynamic Quantum Networks - Las Vegas Pop
|
4.8357× 1024 | ARIN | REASSIGNMENT |
| 2602:fa43:28::/46 |
Dynamic Quantum Networks - Miami Pop
|
4.8357× 1024 | ARIN | REASSIGNMENT |
| 2602:fa43:38::/46 |
Dynamic Quantum Networks - Fremont Pop
|
4.8357× 1024 | ARIN | REASSIGNMENT |
| 2602:fa43:40::/44 |
Dynamic Quantum Networks - Kansas City Pop
|
1.9343× 1025 | ARIN | REASSIGNMENT |
| 2602:fa43:80::/44 |
Dynamic Quantum Networks - Amsterdam Pop
|
1.9343× 1025 | ARIN | REASSIGNMENT |
| 2602:fa43:81::/48 |
Dynamic Quantum Networks - Amsterdam Pop
|
1.2089× 1024 | ARIN | REASSIGNMENT |
| 2602:fa43:82::/48 |
Dynamic Quantum Networks - Amsterdam Pop
|
1.2089× 1024 | ARIN | REASSIGNMENT |
| 2602:fa43:83::/48 |
Dynamic Quantum Networks - Amsterdam Pop
|
1.2089× 1024 | ARIN | REASSIGNMENT |
| 2602:fa43:90::/46 |
 Dynamic Quantum Networks - Bern Pop
|
4.8357× 1024 | ARIN | REASSIGNMENT |
| 2602:fa43:94::/46 |
 Dynamic Quantum Networks - Singapore Pop
|
4.8357× 1024 | ARIN | REASSIGNMENT |
| 2602:fa43:98::/46 |
 Dynamic Quantum Networks - London Pop
|
4.8357× 1024 | ARIN | REASSIGNMENT |
| 2602:fa43:a4::/46 |
 Dynamic Quantum Networks - Sydney Pop
|
4.8357× 1024 | ARIN | REASSIGNMENT |
| 2602:fa43:a8::/46 |
 Dynamic Quantum Networks - Tokyo Pop
|
4.8357× 1024 | ARIN | REASSIGNMENT |
| 2602:fa43:a9::/48 |
Dynamic Quantum Networks - Tokyo Pop
|
1.2089× 1024 | ARIN | REASSIGNMENT |
| 2602:fa43:ac::/46 |
Dynamic Quantum Networks - Zurich Pop
|
4.8357× 1024 | ARIN | REASSIGNMENT |
| 2602:fa43:b0::/46 |
 Dynamic Quantum Networks - Hong Kong Pop
|
4.8357× 1024 | ARIN | REASSIGNMENT |
| 2a05:dfc1:91b9::/48 |
Guanzhong Chen
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a06:a005:2720::/44 |
 Guanzhong Chen
|
1.9343× 1025 | RIPE NCC | ASSIGNED |
| 2a07:54c1:dead::/48 |
 ::/dead Collective
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
| 2a07:54c4:175b::/48 |
 Edgesonic Services GmbH
|
1.2089× 1024 | RIPE NCC | ASSIGNED |
Peers
AS54148 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.
Upstreams
AS54148 connects to the global Internet via at least 10 upstream providers. In this setup, AS54148 acts as a customer, subscribing to these transit services to obtain full BGP routing information and ensure reliable, redundant access to external networks.
Downstreams
AS54148 serves as a transit provider the following ASes, delivering the BGP routes needed for global connectivity. This downstream relationship underscores AS54148's role in extending Internet access beyond its own infrastructure.