| Prefix | Company | Number of IPs |
|---|---|---|
| 45.136.136.0/22 | CH SECUREBIT 20210909 | 1,024 |
| 103.189.238.0/23 | Securebit AG | 512 |
| 103.189.238.0/24 | Securebit AG | 256 |
| 103.189.239.0/24 | Securebit AG administrator | 256 |
| 103.190.102.0/23 | 4b42 UG | 512 |
| 103.190.102.0/24 | 4b42 UG | 256 |
| 103.190.103.0/24 | 4b42 Network | 256 |
| 185.102.84.0/24 | Fremont | 256 |
| 193.33.94.0/24 | Securebit AG | 256 |
| 193.33.95.0/24 | Securebit AG | 256 |
| 193.163.86.0/24 | NL SECUREBIT 20250808 | 256 |
| 194.50.92.0/24 | Frankfurt am Main | 256 |
| 2001:67c:10d4::/48 | Stephen Winnall | 1.21 × 1024 |
| 2a04:ccc0:ffff::/48 | Securebit Network Anycast | 1.21 × 1024 |
| 2a04:ccc3::/32 | Securebit Customers Netherlands | 7.92 × 1028 |
| 2a04:ccc4::/32 | Securebit AG | 7.92 × 1028 |
| 2a04:ccc6::/32 | Securebit Customers Germany | 7.92 × 1028 |
| 2a09:4c0::/29 | Securebit AG | 6.34 × 1029 |
| 2a09:4c0::/32 | Securebit AG | 7.92 × 1028 |
| 2a09:4c0:100::/48 | Securebit Network Switzerland | 1.21 × 1024 |
| 2a09:4c0:303::/48 | Securebit Network Germany | 1.21 × 1024 |
| 2a09:4c0:401::/48 | Securebit Network France | 1.21 × 1024 |
| 2a09:4c0:402::/48 | Securebit Network France | 1.21 × 1024 |
| 2a09:4c0:500::/48 | Securebit Network Netherlands | 1.21 × 1024 |
| 2a09:4c0:c00::/48 | Securebit Network Canada | 1.21 × 1024 |
| 2a09:4c0:d00::/48 | Securebit Network Japan | 1.21 × 1024 |
| 2a09:4c0:e00::/48 | Securebit Network Singapore | 1.21 × 1024 |
| 2a09:4c0:f00::/48 | Securebit AG | 1.21 × 1024 |
| 2a09:4c0:f01::/48 | Securebit AG | 1.21 × 1024 |
| 2a09:4c0:fe0::/48 | SecurebitTunnelBrokerService | 1.21 × 1024 |
| 2a09:4c0:2d00::/48 | Securebit Network Brazil | 1.21 × 1024 |
| 2a09:4c0:5701::/48 | Securebit AG | 1.21 × 1024 |
| 2a09:4c0:7100::/48 | Securebit Network Israel | 1.21 × 1024 |
| 2a09:4c0:8700::/48 | Securebit AG | 1.21 × 1024 |
| 2a09:4c0:a500::/48 | Securebit Network Mexico | 1.21 × 1024 |
| 2a09:4c0:a501::/48 | Securebit Network Mexico | 1.21 × 1024 |
| 2a09:4c0:ac00::/48 | Securebit Network Nigeria | 1.21 × 1024 |
| 2a09:4c0:ae00::/48 | Securebit Network Norway | 1.21 × 1024 |
| 2a09:4c0:aee0::/48 | SecurebitTunnelBrokerService | 1.21 × 1024 |
| 2a09:4c0:b200::/48 | Securebit AG | 1.21 × 1024 |
| 2a09:4c0:cc00::/48 | Securebit Network Sweden | 1.21 × 1024 |
| 2a09:4c0:fa00::/48 | Securebit Network Yemen | 1.21 × 1024 |
| 2a09:4c0:ffff::/48 | Securebit Network Europe | 1.21 × 1024 |
| 2a09:4c1::/32 | Securebit Network Europe | 7.92 × 1028 |
| 2a09:4c2::/32 | Securebit Network Europe | 7.92 × 1028 |
| 2a09:4c3::/32 | Securebit Network Europe | 7.92 × 1028 |
| 2a09:4c4::/32 | Securebit Network Europe | 7.92 × 1028 |
| 2a09:4c5::/32 | Securebit Network Europe | 7.92 × 1028 |
| 2a09:4c6::/32 | Securebit Network Europe | 7.92 × 1028 |
| 2a09:4c7::/32 | Securebit Network Europe | 7.92 × 1028 |
| 2a0c:3b81::/32 | Securebit Customers Netherlands | 7.92 × 1028 |
| 2a0c:3b82::/32 | Securebit Customers Germany | 7.92 × 1028 |
| 2a0c:3b85::/32 | Securebit AG | 7.92 × 1028 |
| 2a0e:b107:1165::/48 | UNDECAGON Kft | 1.21 × 1024 |
| 2a0f:e404:102::/48 | 4b42 UG | 1.21 × 1024 |
| 2a0f:e404:104::/48 | Securebit AG | 1.21 × 1024 |
| 2a10:2f00:18d::/48 | Securebit AG | 1.21 × 1024 |
| 2a10:cc45:130::/44 | Securebit AG | 1.93 × 1025 |
IP ranges are the different blocks of IP addresses advertised by an Autonomous System (AS). These ranges can be used by the same organization operating the AS, or by different organizations.
AS58057 peers with these other Autonomous Systems.
Peering is a direct, often free, traffic exchange between Autonomous Systems (ASNs). They share routes only to their own networks and customers, making connections faster and cheaper for that specific traffic, without providing full internet access to each other.
AS58057 uses these Autonomous Systems as its upstreams.
An upstream (or transit provider) is another AS that AS58057 pays for full internet connectivity, allowing it to reach all global destinations and be reachable by them.
AS58057 provides internet connectivity to these downstream Autonomous Systems.
A downstream is a customer Autonomous System that pays another AS (its provider) for internet access. The provider AS carries the downstream's traffic and makes its network reachable.
Discover your public IP address and detailed information about your connection.
Convert CIDR notation to IP address ranges and vice versa. Useful for network configuration and security.
Perform a reverse DNS (rDNS) lookup to get the hostname for an IP address.
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