AS31167 Axione
AS31167 is operated by Axione and registered with RIPE NCC (FR) since 2004-03-12.
It announces 13 IPv4 and 1 IPv6 prefixes, 71% of them RPKI valid.
RIPE RIS sees 0 upstream and peer networks and 0 downstream networks next to it.
PeeringDB lists it as an NSP network at 2 internet exchanges and 3 facilities. Its peering policy is open.
| Name | Axione |
|---|---|
| Registry (RIR) | RIPE NCC |
| Country | France (FR) |
| Delegated on | 2004-03-12 |
| Network type | NSP, Europe |
| Peering policy | Open |
| Prefixes (IPv4 / IPv6) | 13 / 1 |
| RPKI valid | 71% (10 / 14) |
| Upstreams and peers | 0 |
| Downstream networks | 0 |
| Website | axione.fr |
Routing health
- Partial result: RIPEstat did not return the neighbours in time.
- AS31167 announces 13 IPv4 and 1 IPv6 prefixes.
- 10 of 14 announced prefixes are RPKI valid.
- 4 announced prefixes are not covered by a ROA of AS31167 (they may have none, or another network’s).
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 14
- 77.236.96.0/23
- 85.14.128.0/18
- 93.115.111.0/24
- 109.74.80.0/20
- 109.74.90.0/24
- 109.74.93.0/24
- 139.100.2.0/23
- 185.22.48.0/22
- 185.244.18.0/24
- 185.254.144.0/22
- 217.119.176.0/20
- 217.171.16.0/20
- 217.171.27.0/24
- 2a00:1788::/32
Peering
Peering policy: Open. Suggested max-prefix limits: 500 IPv4, 20 IPv6. PeeringDB record
| Exchange | Ports | Speed | Route server |
|---|---|---|---|
| Equinix Paris: Equinix IX - PA Metro | 1 | 10G | No |
| France-IX Paris | 1 | 10G | No |
| Facility | City | Country |
|---|---|---|
| Equinix LS1 - Lisbon | Lisbon | PT |
| Equinix PA2 - Paris, Saint-Denis | Paris | FR |
| Telehouse - Paris 2 (Voltaire - Léon Frot) | Paris | FR |
More about AS31167
Sources: RIR delegation data and PeeringDB (updated daily); routing from RIPEstat (RIPE NCC RIS and RPKI), refreshed daily. Routing data from 2026-11-15 12:44 UTC. The country is where the AS number was registered, not necessarily where the network operates.