AS8793 thinxx GmbH
AS8793 is operated by thinxx GmbH and registered with RIPE NCC (DE) since 2011-11-09.
It announces 6 IPv4 and 1 IPv6 prefixes, 100% of them RPKI valid.
RIPE RIS sees 16 upstream and peer networks and 0 downstream networks next to it.
PeeringDB lists it as an NSP network at 2 internet exchanges and 6 facilities. Its peering policy is selective.
| Name | thinxx GmbH |
|---|---|
| Registry (RIR) | RIPE NCC |
| Country | Germany (DE) |
| Delegated on | 2011-11-09 |
| Network type | NSP, Europe |
| Peering policy | Selective |
| IRR as-set | RIPE::AS-THINXX |
| Prefixes (IPv4 / IPv6) | 6 / 1 |
| RPKI valid | 100% (7 / 7) |
| Upstreams and peers | 16 |
| Downstream networks | 0 |
| Website | thinxx.de |
Routing health
- AS8793 announces 6 IPv4 and 1 IPv6 prefixes.
- All 7 announced prefixes are RPKI valid.
- 16 upstreams and peers, 0 downstream networks seen.
For every check with the fix (IRR route objects, the RPKI state of each route, reverse DNS and the registration), run the full network report.
Announced prefixes 7
- 185.58.0.0/22
- 185.58.3.0/24
- 185.191.146.0/24
- 193.109.222.0/24
- 193.168.6.0/23
- 193.200.240.0/24
- 2a02:60a0::/32
Upstreams and peers 16
The networks RIPE RIS sees next to AS8793 in BGP paths, the most visible first.
Peering
Peering policy: Selective. Suggested max-prefix limits: 10 IPv4, 1 IPv6. PeeringDB record
| Exchange | Ports | Speed | Route server |
|---|---|---|---|
| KleyReX: Peering LAN | 1 | 10G | Yes |
| VIX | 1 | 10G | Yes |
| Facility | City | Country |
|---|---|---|
| aixit Frankfurt | Frankfurt | DE |
| Digital Realty Frankfurt FRA1-27 | Frankfurt | DE |
| Digital Realty VIE1/2 - Vienna | Vienna | AT |
| Equinix FR5 - Frankfurt, KleyerStrasse | Frankfurt | DE |
| firstcolo - FRA4 | Frankfurt | DE |
| Nessus NDC1 | Vienna | AT |
More about AS8793
Sources: RIR delegation data and PeeringDB (updated daily); routing from RIPEstat (RIPE NCC RIS and RPKI), refreshed daily. Routing data from 2026-11-14 03:24 UTC. The country is where the AS number was registered, not necessarily where the network operates.