Route Server
We run an experimental, public route-server, to:
- Test latest releases and patches
- Load test Quagga (numbers of sessions and routes)
- Potentially run experiments
To that end we need as many sessions to as many diverse implementations, as possible, sending as many routes as possible. So if you have some unusual BGP speakers (rare, oddball, very old or very new release, etc..), or if you have lots of routes (real internet, or private, or generated) or non-IPv4 AFI/SAFIs (IPv6, VPN, multicast) then please peer with us! If you don't meet those criteria, then please peer with us!
The Route-server runs on an 8-core, 32-thread Sun T1000 server, provided by Sun, running Solaris (snv95 as of this writing), hosted by IT-SS. It has many GBs of RAM that need to be filled up with routing data!. It's accessible via a looking-glass and telnet on port 2605.
BGP configuration on our route-server is as follows:
- AS: 196614
- IP: 195.28.164.125 (route-server.quagga.net)
- Hold-Time: Up to 3600s
- TTL set to max
Note that non-4byte-ASN BGP speakers should use AS23456, in place of AS196614. If your speaker is 4byte-ASN capable, but doesn't seem to accept 196614, try as-dot notation instead (i.e. "3.6"). Please configure a high hold-time, to avoid any unneeded BGP resets due to connectivity problems.
Peers are divided between two views:
- global: For peers advertising only globally valid routes
- test: For all other peers
To help out, just email the following details to rs-peering@quagga.net (please be sure to Cc'ed rs-peering Cc'ed on all emails regarding route-server operations):
- AS and session IP
- Contact email address
- Implementation's vendor and version details
- Which AFI/SAFIs the speaker may be able to send routes for
- Whether all routes are globally valid or not.
- Whether email and version details may be published here
- Whether you would like to receive routes from the route-server (default: no)
Note that peering is at your own risk - it is quite possible that we will make configuration mistakes, and you should configure your own router to filter as desired. Also please ensure that you are authorised to configure any session. Finally, details like peering IP, ASN and even contact details may still be accessible, even if we do not publish those details on our website.
Example 'bgpd' configuration snippet to peer with the routeserver (modify AS and IP to suit, change 23456 to 196614 if using a 4-byte-BGP speaker):
router bgp 65600 bgp router-id 192.168.1.1 neighbor 195.28.164.125 remote-as 23456 neighbor 195.28.164.125 ebgp-multihop 255 neighbor 195.28.164.125 timers 120 3600 neighbor 195.28.164.125 prefix-list pl-block in ! address family ipv6 neighbor 195.28.164.125 activate neighbor 195.28.164.125 prefix-list pl6-block in exit-address-family
The route-server's configuration looks something like:
bgp multiple-instance ! router bgp 196614 view global bgp router-id 195.28.164.125 bgp dampening 45 neighbor default peer-group neighbor default description default configuration neighbor default ebgp-multihop 255 neighbor default disable-connected-check neighbor default timers 90 1800 neighbor default capability dynamic neighbor default capability orf prefix-list receive neighbor default remove-private-AS neighbor default soft-reconfiguration inbound neighbor default prefix-list pl-block out neighbor .... remote-as .... neighbor .... peer-group default neighbor .... description ! address-family ipv6 neighbor default activate neighbor default capability orf prefix-list receive neighbor default remove-private-AS neighbor default soft-reconfiguration inbound neighbor default prefix-list pl6-block out neighbor .... peer-group default exit-address-family ! router bgp 196614 view test bgp router-id 195.28.164.125 .... ! ip prefix-list pl-block seq 5 deny any ipv6 prefix-list pl6-block seq 5 deny any
Route Server Peers
We're very grateful to those who help by peering. They include:
- DE-CIX (AS6695), with thanks to Arnold Nipper.
- 80.81.196.178 (IOS 12)
- 80.81.196.177 (IOS 12)
- RIPE RIS (AS12654), with thanks to Erik Romijn.
- 193.0.4.28 (RCC00, Quagga 0.99/AS4)
- DeCarta, Inc. (AS19866), with thanks to Sargun Dhillon.
- 208.81.207.1 (Quagga 0.99)
- ICF (AS42916), with thanks to Georgiewskiy Yurik.
- 91.193.239.1 (Quagga 0.99)
- Servercrew, Ltd. (AS31530), with thanks to Sascha Ackermann.
- 89.106.65.65 (Foundry XMR)
- LANet (AS38944), with thanks to Piotr Chytla.
- 87.99.32.1 (Quagga 0.99)
- 87.99.32.2 (Quagga 0.99)
- IT-SS (AS31669), with thanks to Bart van Kerckhove.
- 195.28.164.1 (Quagga 0.99)
- 195.28.165.1 (Quagga 0.99)
- reguly (AS28315), with thanks to Álvaro Reguly.
- 201.84.224.132 (Quagga 0.99)
- InfoHit Computers (AS34024), with thanks to Mauricio Culibrk.
- 193.26.26.1 (Quagga 0.98/tcp-md5)
- N3Network, with thanks to Nicolas Chabbey.
- 213.221.130.39 (Quagga 0.99 (VPNv4, IPv6 Mcast) / test view)
- INEX (AS2128), with thanks to Nick Hilliard.
- 193.242.111.224 (Cisco 12.4)
- 193.242.111.225 (Cisco 12.4)
- ZEN SOLUCIONES (AS42493), with thanks to Sébastien CRAMATTE.
- 84.232.0.242 (Quagga (0.99.9))
- NetCologne (AS8422), with thanks to Michael Adams.
- 195.14.247.111 (Cisco 12.2)
- Telecoms Ltd (BG.) (AS16154), with thanks to Rumen Svobodnikov.
- 217.79.79.12 (Quagga (0.99))
- MANTechnology (AS43474), with thanks to Adrian Ban.
- 81.24.16.116 (Quagga 0.99.8)
- Faelix Limited (AS41495), with thanks to Marek Isalski.
- 193.142.245.97 (Quagga 0.99.7, AS4)
- 193.142.245.125 (Unknown)
- 193.142.245.126 (Unknown)
- OSSO (AS43366), with thanks to Peter Bosman.
- 91.194.224.249 (Quagga 0.99)
- 91.194.224.250 (Quagga 0.99 )
- TopNET (AS31445), with thanks to Sergey Spivak.
- 88.81.250.1 (...)
- Coplanar Networks (AS22400), with thanks to Jeremy Jackson.
- 70.47.139.3 (Quagga 0.99)
- 70.47.139.4 (Quagga 0.99)
- Rogers Cable, Inc (AS812), with thanks to Kris Foster.
- 64.71.255.61 (Cisco 12.4)
- gnTel (AS41153), with thanks to Peter Bosman.
- 194.140.246.253 (Quagga 0.99)
- 194.140.246.254 (Quagga 0.99)
- OLÉ Telecom (AS11844), with thanks to Rodrigo Christian Broilo.
- 200.194.237.1 (...)
- Vyatta (AS26232), with thanks to Justin Fletcher.
- 69.59.150.131 (Vyatta 'Glendale')
- Orion Cyber Internet (AS24523), with thanks to Lasta Yani.
- 203.84.155.5 (Quagga 0.99)
- UniNET Media Sakti (AS17884), with thanks to Sihar Manullang.
- 202.145.1.1 (Quagga 0.99)
- Tel-Dik (AS39175), with thanks to Jakub Jakubik.
- 195.182.20.1 (Quagga 0.98)
- Your.Org (AS26943), with thanks to kevin@your.org.
- 195.182.20.1 (JunOS 8.2)
- XSALTO (AS28768), with thanks to Emmanuel DECAEN.
- 81.200.34.141 (...)
- Networking4all (AS42585).
- 213.249.64.1 (Quagga 0.99)
- CentauriCom (AS19214), with thanks to Josh Coleman.
- 208.74.64.2 (Quagga)
- CyberLink International (AS40060), with thanks to Anthony R. Mattke.
- 216.23.240.1 (ImageStream Quagga 0.99)
- 216.23.248.57 (ImageStream Quagga 0.99)
- LEA Project Srl (AS39739), with thanks to Alberto Zuin.
- 87.238.232.254 (Quagga 0.98)
- Winlin (AS44140), with thanks to Pascal Watteel.
- 79.99.121.1 (Mikrotik RouterOS 4)
- 79.99.121.5 (Mikrotik RouterOS 4)
- BGPMon (AS6447).
- 129.82.138.6 (BGPMon)
- wkveTelecom (AS28360).
- 189.76.208.0 (Quagga 0.99)
- Cork Community Broadband (AS15947), with thanks to Keith Nolan.
- 84.203.192.22 (Undisclosed)
- CANMOS (AS39821), with thanks to Andrew Boyarintsev.
- 89.107.120.9 (Undisclosed)
- DinPris (AS42028), with thanks to Thomas Ciko.
- 195.242.138.225 (JunOS 8.1)
- PSC (AS5050), with thanks to Shane Filus, Michael Lambert.
- 147.73.16.41 (IOS-XR 3.6.1)
- Svenska Butiker AB (AS44838), with thanks to Bartek Kania.
- 91.203.43.200 (Quagga 0.99)
- 91.203.43.201 (Quagga 0.99)
- eagle.ca Internet Services (AS14270), with thanks to Steve Bertrand.
- 208.70.111.97 (Cisco 12.4)
- Telesweet (AS42833), with thanks to Oleksandr Samoylyk.
- 194.110.252.254 (Quagga 0.99)