- NZNOG - lists.nznog.org

Sky Tower L47 - L48 Tie Cables
by Jonathan Brewer 02 Feb '10

02 Feb '10

Hi Folks, A couple of years back we put in a patch panel in Community Cabinet #1 on L48 with 16 copper ties down to one of our cabinets on L47. This allowed us to have direct copper ties to all of our customers who take L2 handoff from us. Those ties are full now, and we need more. I've also noticed that in the recent past L48 has become pretty congested and normal non-radio folks are starting to take cabinets on L47 - leading to more demand for tie cables up to the action on L48. Is there interest amongst the masses for some coordinated physical ties between L47 and L48? A wall-mount cabinet at each level with a couple hundred copper ports with blocked reserved for particular users would be ideal and a huge cost savings. This might be a locked cabinet with Technical Rigging and JDA owning the keys, with only TRS running the cables from it to racks on the floor. I'm happy to talk to JDA about this if there's interest. Regards, Jon Ph: +64 4 978 7350 DDI: +64 4 978 7358 Fx: +64 4 978 7355 jon.brewer(a)araneo.net.nz

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NZRR Route Registry Update
by NZRR Database Notifications 01 Feb '10

01 Feb '10

Dear Colleague, This is to notify you that one or more objects in which you are designated for notification have been modified in the NZRR routing registry database. These objects are used to configure the various NZIX route servers (http://nzix.net/) so you can expect the relevant servers to be reloaded in the near future. The reloading of the servers is staggered over a period of time so that if you are peering with both servers at an exchange, you can maintain at least one BGP session at all times and consequently a full set of routes. Diagnostic output: ------------------------------------------------------------ --- PREVIOUS OBJECT: route-set: AS9560:RS-ROUTES:AS24183 descr: advertised to AS9560 by DTS LIMITED - AS24183 members: 202.68.94.0/23^23-29, 124.150.166.0/24^24-29, 202.20.6.0/24^24-29, 202.36.172.0/24^24-29, 202.68.82.128/25^25-29 admin-c: RPA1-NZRR tech-c: RPA1-NZRR notify: rpsl-admin(a)nzix.net notify: nznog(a)list.waikato.ac.nz notify: support(a)dts.net.nz mnt-by: MAINT-NZRR-NZ changed: rpsl-admin(a)nzix.net 20100112 source: NZRR REPLACED BY: route-set: AS9560:RS-ROUTES:AS24183 descr: advertised to AS9560 by DTS LIMITED - AS24183 members: 202.68.90.0/23^23-29, 202.68.94.0/23^23-29, 124.150.166.0/24^24-29, 202.20.6.0/24^24-29, 202.36.172.0/24^24-29, 202.68.82.128/25^25-29, 202.68.88.112/29 admin-c: RPA1-NZRR tech-c: RPA1-NZRR notify: rpsl-admin(a)nzix.net notify: nznog(a)list.waikato.ac.nz notify: support(a)dts.net.nz mnt-by: MAINT-NZRR-NZ changed: rpsl-admin(a)nzix.net 20100202 source: NZRR ------------------------------------------------------------

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NZRR Route Registry Update
by NZRR Database Notifications 01 Feb '10

01 Feb '10

Dear Colleague, This is to notify you that one or more objects in which you are designated for notification have been modified in the NZRR routing registry database. These objects are used to configure the various NZIX route servers (http://nzix.net/) so you can expect the relevant servers to be reloaded in the near future. The reloading of the servers is staggered over a period of time so that if you are peering with both servers at an exchange, you can maintain at least one BGP session at all times and consequently a full set of routes. Diagnostic output: ------------------------------------------------------------ --- PREVIOUS OBJECT: route-set: AS9439:RS-ROUTES:AS24183 descr: advertised to AS9439 by DTS LIMITED - AS24183 members: 202.20.0.0/21^21-29, 202.68.80.0/21^21-29, 202.68.92.0/22^22-29, 202.27.88.0/23^23-29, 202.68.88.0/23^23-29, 202.174.184.0/23^23-29, 202.174.190.0/23^23-29, 124.150.166.0/24^24-29, 192.173.17.0/24^24-29, 202.27.90.0/24^24-29, 202.36.137.0/24^24-29, 202.36.173.0/24^24-29, 203.170.56.0/24^24-29 admin-c: RPA1-NZRR tech-c: RPA1-NZRR notify: rpsl-admin(a)nzix.net notify: nznog(a)list.waikato.ac.nz notify: support(a)dts.net.nz mnt-by: MAINT-NZRR-NZ changed: rpsl-admin(a)nzix.net 20091209 source: NZRR REPLACED BY: route-set: AS9439:RS-ROUTES:AS24183 descr: advertised to AS9439 by DTS LIMITED - AS24183 members: 202.68.80.0/20^20-29, 202.20.0.0/21^21-29, 202.27.88.0/23^23-29, 202.174.184.0/23^23-29, 202.174.190.0/23^23-29, 124.150.166.0/24^24-29, 202.27.90.0/24^24-29, 202.36.137.0/24^24-29, 202.36.173.0/24^24-29, 203.170.56.0/24^24-29 admin-c: RPA1-NZRR tech-c: RPA1-NZRR notify: rpsl-admin(a)nzix.net notify: nznog(a)list.waikato.ac.nz notify: support(a)dts.net.nz mnt-by: MAINT-NZRR-NZ changed: rpsl-admin(a)nzix.net 20100202 source: NZRR ------------------------------------------------------------

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NZNOG 2011 planning
by Dave Mill 01 Feb '10

01 Feb '10

Hi everyone NZNOG 2010 is over and now is time to start looking towards NZNOG 2011. First of all, your org team for NZNOG 2010 was: Jonny Martin Dean Pemberton Sam Sargeant Gerard Creamer Alastair Johnson Neil Fenemor Richard Nelson and myself Many thanks to everyone on that list. Ours hosts for NZNOG 2010 were the WAND group and Rural Link. Without them the conference would not have been possible. First of all we need to appoint an org team to manage NZNOG 2011. If you are interested in being part of the org team for 2011 then please pass your details on to me off-list. I will then compile a list of potentials for the NZNOG trustees to make their final selection from. I won't be part of the NZNOG 2011 org team so we've definitely looking for some new blood this time around. If you have any particular roles that you think you could do well then please include those in your email. To give you some ideas we definitely need some people who can take care of: -Bags and shirts (including collecting sponsors logos) -Budgeting and overseeing the NZNOG financials -Looking after all of our sponsors Next, we also need to decide on a venue and location for NZNOG 2011. So, if you think you'd like to host a NZNOG or know someone that would then please let me know. We've only been to the South Island once so far so another trip down there would be fun! If you want to discuss what's involved in either being an org team member or a host then please just mail me off-list. Look forward to hearing from people. Cheers Dave

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NZRR Route Registry Update
by NZRR Database Notifications 01 Feb '10

01 Feb '10

Dear Colleague, This is to notify you that one or more objects in which you are designated for notification have been modified in the NZRR routing registry database. These objects are used to configure the various NZIX route servers (http://nzix.net/) so you can expect the relevant servers to be reloaded in the near future. The reloading of the servers is staggered over a period of time so that if you are peering with both servers at an exchange, you can maintain at least one BGP session at all times and consequently a full set of routes. Diagnostic output: ------------------------------------------------------------ --- PREVIOUS OBJECT: route-set: AS9439:RS-ROUTES:AS23755 descr: advertised to AS9439 by StreamingNET - AS23755 members: 202.7.4.0/22^22-29, 192.33.14.0/24^24-29, 192.58.128.0/24^24-29, 202.8.44.208/28^28-29 admin-c: RPA1-NZRR tech-c: RPA1-NZRR notify: rpsl-admin(a)nzix.net notify: nznog(a)list.waikato.ac.nz notify: dylan(a)citylink.co.nz mnt-by: MAINT-NZRR-NZ changed: rpsl-admin(a)nzix.net 20090911 source: NZRR REPLACED BY: route-set: AS9439:RS-ROUTES:AS23755 descr: advertised to AS9439 by Harmony - AS23755 members: 202.7.4.0/22^22-29, 192.33.14.0/24^24-29, 192.58.128.0/24^24-29, 202.8.45.128/26^26-29, 202.8.44.208/28^28-29 admin-c: RPA1-NZRR tech-c: RPA1-NZRR notify: rpsl-admin(a)nzix.net notify: nznog(a)list.waikato.ac.nz notify: dylan(a)citylink.co.nz mnt-by: MAINT-NZRR-NZ changed: rpsl-admin(a)nzix.net 20100202 source: NZRR ------------------------------------------------------------

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NZNOG 2010 Archive Video & Slide Packs?
by Hoane Doe 31 Jan '10

31 Jan '10

Any idea when the video & slide decks from the NZNOG conference will be available on the NZNOG website? thx -- Hoane Doe Hatu Patu's brother ....

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NZRR Route Registry Update
by NZRR Database Notifications 31 Jan '10

31 Jan '10

Dear Colleague, This is to notify you that one or more objects in which you are designated for notification have been modified in the NZRR routing registry database. These objects are used to configure the various NZIX route servers (http://nzix.net/) so you can expect the relevant servers to be reloaded in the near future. The reloading of the servers is staggered over a period of time so that if you are peering with both servers at an exchange, you can maintain at least one BGP session at all times and consequently a full set of routes. Diagnostic output: ------------------------------------------------------------ --- PREVIOUS OBJECT: route-set: AS9560:RS-ROUTES:AS4826 descr: advertised to AS9560 by Vocus Communications - NO VERIFICATION NEEDED - AS4826 members: 118.92.0.0/15^15-29, 58.28.0.0/16^16-29, 118.90.0.0/16^16-29, 121.90.0.0/16^16-29, 131.203.0.0/16^16-29, 147.209.0.0/16^16-29, 161.29.0.0/16^16-29, 161.65.0.0/16^16-29, 166.65.0.0/16^16-29, 113.203.0.0/17^17-29, 180.181.0.0/17^17-29, 203.60.128.0/17^17-29, 203.109.128.0/17^17-29, 112.141.0.0/18^18-29, 112.141.128.0/18^18-29, 114.129.128.0/18^18-29, 125.253.0.0/18^18-29, 203.60.64.0/18^18-29, 203.114.128.0/18^18-29, 203.118.128.0/18^18-29, 203.173.128.0/18^18-29, 203.208.64.0/18^18-29, 58.96.128.0/19^19-29, 112.141.64.0/19^19-29, 112.141.192.0/19^19-29, 113.192.0.0/19^19-29, 115.69.160.0/19^19-29, 118.127.0.0/19^19-29, 118.127.64.0/19^19-29, 118.127.160.0/19^19-29, 119.15.0.0/19^19-29, 119.77.64.0/19^19-29, 119.252.0.0/19^19-29, 121.79.192.0/19^19-29, 122.99.64.0/19^19-29, 123.50.128.0/19^19-29, 123.100.128.0/19^19-29, 124.6.192.0/19^19-29, 125.254.64.0/19^19-29, 175.107.128.0/19^19-29, 180.222.0.0/19^19-29, 202.60.64.0/19^19-29, 202.62.128.0/19^19-29, 202.171.160.0/19^19-29, 202.181.0.0/19^19-29, 203.60.32.0/19^19-29, 203.89.64.0/19^19-29, 203.96.192.0/19^19-29, 203.129.32.0/19^19-29, 203.152.96.0/19^19-29, 203.173.192.0/19^19-29, 203.201.128.0/19^19-29, 210.56.224.0/19^19-29, 221.121.128.0/19^19-29, 58.84.224.0/20^20-29, 111.67.0.0/20^20-29, 111.118.160.0/20^20-29, 112.109.64.0/20^20-29, 112.141.96.0/20^20-29, 112.141.224.0/20^20-29, 113.20.0.0/20^20-29, 114.31.192.0/20^20-29, 114.111.128.0/20^20-29, 115.146.64.0/20^20-29, 116.66.160.0/20^20-29, 117.55.224.0/20^20-29, 119.10.128.0/20^20-29, 119.47.112.0/20^20-29, 119.160.224.0/20^20-29, 119.161.64.0/20^20-29, 121.127.208.0/20^20-29, 121.200.32.0/20^20-29, 122.102.96.0/20^20-29, 122.200.160.0/20^20-29, 122.201.80.0/20^20-29, 124.155.224.0/20^20-29, 125.214.64.0/20^20-29, 125.253.96.0/20^20-29, 125.254.96.0/20^20-29, 175.107.160.0/20^20-29, 202.46.160.0/20^20-29, 202.53.176.0/20^20-29, 202.55.144.0/20^20-29, 202.56.32.0/20^20-29, 202.68.160.0/20^20-29, 202.73.192.0/20^20-29, 202.78.32.0/20^20-29, 202.79.160.0/20^20-29, 202.86.96.0/20^20-29, 202.126.192.0/20^20-29, 202.129.144.0/20^20-29, 202.144.160.0/20^20-29, 202.170.160.0/20^20-29, 202.174.160.0/20^20-29, 203.60.16.0/20^20-29, 203.83.192.0/20^20-29, 203.88.112.0/20^20-29, 203.96.0.0/20^20-29, 203.96.32.0/20^20-29, 203.130.160.0/20^20-29, 203.145.32.0/20^20-29, 203.149.64.0/20^20-29, 203.161.128.0/20^20-29, 203.212.144.0/20^20-29, 110.44.24.0/21^21-29, 112.140.176.0/21^21-29, 112.141.112.0/21^21-29, 112.141.240.0/21^21-29, 114.31.72.0/21^21-29, 114.31.96.0/21^21-29, 114.110.32.0/21^21-29, 114.141.96.0/21^21-29, 115.124.32.0/21^21-29, 115.126.128.0/21^21-29, 115.178.16.0/21^21-29, 115.178.104.0/21^21-29, 116.212.64.0/21^21-29, 117.18.80.0/21^21-29, 117.104.176.0/21^21-29, 119.63.200.0/21^21-29, 119.63.216.0/21^21-29, 120.89.80.0/21^21-29, 121.101.136.0/21^21-29, 121.127.200.0/21^21-29, 121.200.208.0/21^21-29, 122.49.200.0/21^21-29, 122.99.112.0/21^21-29, 122.201.72.0/21^21-29, 124.248.136.0/21^21-29, 125.213.160.0/21^21-29, 175.107.176.0/21^21-29, 180.92.192.0/21^21-29, 180.92.216.0/21^21-29, 180.94.232.0/21^21-29, 180.214.168.0/21^21-29, 202.4.232.0/21^21-29, 202.36.16.0/21^21-29, 202.46.136.0/21^21-29, 202.56.48.0/21^21-29, 202.67.120.0/21^21-29, 202.78.240.0/21^21-29, 202.86.208.0/21^21-29, 202.90.48.0/21^21-29, 202.90.240.0/21^21-29, 202.126.80.0/21^21-29, 202.137.240.0/21^21-29, 202.160.112.0/21^21-29, 202.162.176.0/21^21-29, 202.169.16.0/21^21-29, 202.169.208.0/21^21-29, 202.191.8.0/21^21-29, 203.1.240.0/21^21-29, 203.60.8.0/21^21-29, 203.98.88.0/21^21-29, 203.149.80.0/21^21-29, 203.170.8.0/21^21-29, 203.173.240.0/21^21-29, 203.174.16.0/21^21-29, 203.185.224.0/21^21-29, 203.190.208.0/21^21-29, 203.212.16.0/21^21-29, 210.9.136.0/21^21-29, 210.50.56.0/21^21-29, 59.86.172.0/22^22-29, 59.86.176.0/22^22-29, 59.86.184.0/22^22-29, 61.69.0.0/22^22-29, 61.69.24.0/22^22-29, 63.217.120.0/22^22-29, 110.76.132.0/22^22-29, 110.76.136.0/22^22-29, 110.93.8.0/22^22-29, 110.173.224.0/22^22-29, 110.232.144.0/22^22-29, 111.118.208.0/22^22-29, 111.125.160.0/22^22-29, 111.235.140.0/22^22-29, 113.29.240.0/22^22-29, 113.52.128.0/22^22-29, 113.130.120.0/22^22-29, 114.111.144.0/22^22-29, 114.141.104.0/22^22-29, 115.69.28.0/22^22-29, 116.90.72.0/22^22-29, 119.15.96.0/22^22-29, 119.63.208.0/22^22-29, 119.161.84.0/22^22-29, 119.161.92.0/22^22-29, 119.252.176.0/22^22-29, 121.127.192.0/22^22-29, 122.100.0.0/22^22-29, 122.100.8.0/22^22-29, 122.201.68.0/22^22-29, 122.201.100.0/22^22-29, 124.108.96.0/22^22-29, 175.107.184.0/22^22-29, 180.148.24.0/22^22-29, 180.189.152.0/22^22-29, 180.222.192.0/22^22-29, 198.48.0.0/22^22-29, 202.4.228.0/22^22-29, 202.6.124.0/22^22-29, 202.36.24.0/22^22-29, 202.37.32.0/22^22-29, 202.37.48.0/22^22-29, 202.45.152.0/22^22-29, 202.49.0.0/22^22-29, 202.89.4.0/22^22-29, 202.129.244.0/22^22-29, 202.130.32.0/22^22-29, 202.153.64.0/22^22-29, 202.160.48.0/22^22-29, 202.169.180.0/22^22-29, 202.169.196.0/22^22-29, 202.169.200.0/22^22-29, 202.169.216.0/22^22-29, 202.177.220.0/22^22-29, 203.0.124.0/22^22-29, 203.4.200.0/22^22-29, 203.11.104.0/22^22-29, 203.16.200.0/22^22-29, 203.17.208.0/22^22-29, 203.22.236.0/22^22-29, 203.30.44.0/22^22-29, 203.55.232.0/22^22-29, 203.62.184.0/22^22-29, 203.82.100.0/22^22-29, 203.83.208.0/22^22-29, 203.92.28.0/22^22-29, 203.98.64.0/22^22-29, 203.98.80.0/22^22-29, 203.99.132.0/22^22-29, 203.145.48.0/22^22-29, 203.145.56.0/22^22-29, 203.176.124.0/22^22-29, 203.176.184.0/22^22-29, 203.185.232.0/22^22-29, 203.188.216.0/22^22-29, 203.190.232.0/22^22-29, 203.202.132.0/22^22-29, 203.211.56.0/22^22-29, 203.217.152.0/22^22-29, 210.4.208.0/22^22-29, 210.11.144.0/22^22-29, 58.179.136.0/23^23-29, 59.86.170.0/23^23-29, 59.86.188.0/23^23-29, 63.218.156.0/23^23-29, 110.76.128.0/23^23-29, 111.125.168.0/23^23-29, 114.141.108.0/23^23-29, 114.142.160.0/23^23-29, 114.142.168.0/23^23-29, 115.178.6.0/23^23-29, 116.90.128.0/23^23-29, 116.90.132.0/23^23-29, 118.107.60.0/23^23-29, 119.161.80.0/23^23-29, 121.127.196.0/23^23-29, 122.100.6.0/23^23-29, 122.100.14.0/23^23-29, 122.201.64.0/23^23-29, 141.243.8.0/23^23-29, 141.243.32.0/23^23-29, 180.235.104.0/23^23-29, 202.4.162.0/23^23-29, 202.4.226.0/23^23-29, 202.6.56.0/23^23-29, 202.6.116.0/23^23-29, 202.7.2.0/23^23-29, 202.8.44.0/23^23-29, 202.12.90.0/23^23-29, 202.14.32.0/23^23-29, 202.14.62.0/23^23-29, 202.14.248.0/23^23-29, 202.21.136.0/23^23-29, 202.36.218.0/23^23-29, 202.46.176.0/23^23-29, 202.46.190.0/23^23-29, 202.49.148.0/23^23-29, 202.49.164.0/23^23-29, 202.56.62.0/23^23-29, 202.61.2.0/23^23-29, 202.65.160.0/23^23-29, 202.67.118.0/23^23-29, 202.92.94.0/23^23-29, 202.92.240.0/23^23-29, 202.93.4.0/23^23-29, 202.150.60.0/23^23-29, 202.158.254.0/23^23-29, 202.162.64.0/23^23-29, 202.167.230.0/23^23-29, 202.167.244.0/23^23-29, 202.167.252.0/23^23-29, 202.169.176.0/23^23-29, 202.169.206.0/23^23-29, 202.169.220.0/23^23-29, 202.174.6.0/23^23-29, 202.177.196.0/23^23-29, 202.177.214.0/23^23-29, 202.182.110.0/23^23-29, 202.182.124.0/23^23-29, 203.3.124.0/23^23-29, 203.4.182.0/23^23-29, 203.10.76.0/23^23-29, 203.16.60.0/23^23-29, 203.17.112.0/23^23-29, 203.18.102.0/23^23-29, 203.21.76.0/23^23-29, 203.22.70.0/23^23-29, 203.24.88.0/23^23-29, 203.25.170.0/23^23-29, 203.28.202.0/23^23-29, 203.29.208.0/23^23-29, 203.30.98.0/23^23-29, 203.33.60.0/23^23-29, 203.33.70.0/23^23-29, 203.33.228.0/23^23-29, 203.34.8.0/23^23-29, 203.34.122.0/23^23-29, 203.34.140.0/23^23-29, 203.55.120.0/23^23-29, 203.55.174.0/23^23-29, 203.56.14.0/23^23-29, 203.56.218.0/23^23-29, 203.57.0.0/23^23-29, 203.57.36.0/23^23-29, 203.57.78.0/23^23-29, 203.60.4.0/23^23-29, 203.62.210.0/23^23-29, 203.82.98.0/23^23-29, 203.82.216.0/23^23-29, 203.84.216.0/23^23-29, 203.98.68.0/23^23-29, 203.98.74.0/23^23-29, 203.98.76.0/23^23-29, 203.98.84.0/23^23-29, 203.99.146.0/23^23-29, 203.111.104.0/23^23-29, 203.124.96.0/23^23-29, 203.124.100.0/23^23-29, 203.145.62.0/23^23-29, 203.147.92.0/23^23-29, 203.147.108.0/23^23-29, 203.161.144.0/23^23-29, 203.161.152.0/23^23-29, 203.161.158.0/23^23-29, 203.167.254.0/23^23-29, [snip... 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Object abbreviated for readability] changed: rpsl-admin(a)nzix.net 20100201 source: NZRR ------------------------------------------------------------

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Fwd: [ipv6-wg] Youtube over IPv6!
by Andy Linton 29 Jan '10

29 Jan '10

-------- Original Message -------- Subject: [ipv6-wg] Youtube over IPv6! Date: Fri, 29 Jan 2010 20:33:20 +0100 From: Martin Millnert <millnert(a)csbnet.se> To: ipv6-wg(a)ripe.net Hello fellow IPv6 admirers, (I'm sending this here on behalf of Shane. :) ) As you might know already, Google has been so *tremendously* kind to, as of ~22 hours ago, initiate the enabling of their Youtube site over IPv6. It is currently available to participants in their Google over IPv6 program, http://www.google.com/intl/en/ipv6/ . The www.youtube.com user interface so far does *not* have any AAAA published, but the *much* more important (traffic wise) image and video servers do. Use tcpdump to verify. Eg., anticimex(a)hsa:~$ host s.ytimg.com s.ytimg.com is an alias for static.cache.l.google.com. static.cache.l.google.com has address 74.125.13.213 static.cache.l.google.com has IPv6 address 2001:4860:4001:402::15 anticimex(a)hsa:~$ host v1.lscache1.c.youtube.com v1.lscache1.c.youtube.com is an alias for v1.lscache1.l.google.com. v1.lscache1.l.google.com has address 74.125.97.80 v1.lscache1.l.google.com has IPv6 address 2001:4860:4001:402::10 The time when it began is clearly visible in our own IPv6 graphs, http://stats.csbnet.se/public/ipv6/csbnet-ipv6-traffictypes.html , and you can see similar correlated data at for example http://www.de-cix.net/content/network.html . To figure out all the mappings they give you, if you want to trace etc, something similar to: "for i in `seq 1 24 `; do for y in `seq 1 8 `; do host v$i.lscache$y.c.youtube.com ; done ; done | grep 'IPv6 address' | cut -d' ' -f 1,5 | sort -uk2" could be used - at least from where I sit. Adjust for correctness. I'm sure that as this matures and bugs are wiped out, there will no longer be any need for the Google over IPv6 program and everybody will be able to access this. Until then, join! :) I bow to the Google IPv6 team, their netops and everybody there that is working so hard to give the Internet true CONTENT on IPv6. Yippie! >From 48514, much of love! Thank you guys (and gals)! Regards, -- Martin Millnert <millnert(a)csbnet.se>

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FW: BREAKING NEWS: Telecom NZ, utilities show their hand on NZ fibre bids
by Skeeve Stevens 28 Jan '10

28 Jan '10

FYI guys.... Thanks to CommsDay for the information.... We're just here at NZNOG and it would be of massive interest to everyone in the room. ...Skeeve -- Skeeve Stevens, CEO/Technical Director eintellego Pty Ltd - The Networking Specialists skeeve(a)eintellego.net / www.eintellego.net Phone: 1300 753 383, Fax: (+612) 8572 9954 Cell +61 (0)414 753 383 / skype://skeeve www.linkedin.com/in/skeeve ; facebook.com/eintellego -- NOC, NOC, who's there? [http://service.ecast.net.au/img/29/29--1-14072.jpg] Australasia's telecommunications daily since 1994 incorporating The Line of New Zealand ________________________________ BREAKING NEWS Telecom NZ submits two bids, Vector, TeamTalk also in the race for NZ FTTH rollout funds Bids close this afternoon for the New Zealand Government's NZ$1.5 billion fibre-to-the-home project. The government is looking for partners to invest and participate in up to 33 local fibre companies. Although the submissions are confidential, many potential participants have gone public with at least some information. Telecom NZ submitted two proposals, one compliant and one non-compliant, as well as expressing an interest in coming to an accommodation with the government even if these plans are rejected. The company said a national approach is required to deliver "a consistently engineered and interconnected network". It also talked in terms of not duplicating what has already been built. In a media statement CEO Paul Reynolds said; "In addition to the two proposals Telecom is submitting, Telecom is open to discussing other alternative proposals which achieve the government's objective, avoid unnecessary waste and align the incentives and investment plans of both the government and Telecom". The published terms of the project expressly forbid a telco from participating if it has both retail and wholesale operations - effectively ruling out Telecom NZ while it retains control of its Chorus access network division. This has triggered speculation the company is considering divesting itself of the business - even though there have been repeated assurances this is not in prospect. One of the two proposals involves building on the company's existing fibre-to-the-node as a springboard for fibre-to-the-home. Telecom's two bids are a function of the submission process where bidders offering a non-compliant bid must also submit a compliant bid and explain why non-compliance is preferable. In its bid, Auckland-based lines company Vector has gone for speed promising to deliver ultra-fast broadband to the premises across the city in seven years - beating the government's target by three years. The submission says its compliant bid means fibre will pass 133,000 premises within two years and connect more than half of all businesses within four years. Like Telecom NZ, Vector's public statements make much of its ability to "leverage existing assets". Vector is a member of The New Zealand Regional Fibre Group (NZRFG) which says a number of other members have submitted proposals. The NZRFG said it is "Developing a proposal which could provide a dramatic step-change through the creation of an open access, national layer 2 (or lit) fibre network". NZRFG members have submitted consortium bids for the Waikato and the Otago and Southland regions. Northpower submitted a bid for the Northland region. David Ware of TeamTalk confirmed to CommsDay his company's bid for the Wellington region. He said his company was among the first in the world to do "metro dark fibre stuff" and has 10 to 15 years experience along with the resources and relationships to handle the job. - Bill Bennett More details in Monday's CommsDay

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DNSSEC and DNS64
by Brian E Carpenter 27 Jan '10

27 Jan '10

I hand-waved the question about DNSSEC and DNS64 in my talk just now. The full answer is in http://tools.ietf.org/html/draft-ietf-behave-dns64 Extracting the main bits: (section 5.5) 1. If CD is not set and DO is not set, vDNS64 SHOULD perform validation and do synthesis as needed. 2. If CD is not set and DO is set, then vDNS64 SHOULD perform validation. Whenever vDNS64 performs validation, it MUST validate the negative answer for AAAA queries before proceeding to query for A records for the same name, in order to be sure that there is not a legitimate AAAA record on the Internet. Failing to observe this step would allow an attacker to use DNS64 as a mechanism to circumvent DNSSEC. If the negative response validates, and the response to the A query validates, then the vDNS64 MAY perform synthesis and SHOULD set the AD bit in the answer to the client. 3. If the CD bit is set and DO is set, then vDNS64 MAY perform validation, but MUST NOT perform synthesis. It MUST hand the data back to the query initiator, just like a regular recursive resolver, and depend on the client to do the validation and the synthesis itself. The disadvantage to this approach is that an end point that is translation-oblivious but security-aware and validating will not be able to use the DNS64 functionality. In this case, the end point will not have the desired benefit of NAT64. In effect, this strategy means that any end point that wishes to do validation in a NAT64 context must be upgraded to be translation- aware as well. ... (section 6.2) Existing DNSSEC validators (i.e. that are unaware of DNS64) will reject all the data that comes from the DNS64 as having been tampered with. If it is necessary to have validation behind the DNS64, then the validator must know how to perform the DNS64 function itself. Alternatively, the validating host may establish a trusted connection with the DNS64, and allow the DNS64 to do all validation on its behalf. -- Regards Brian Carpenter

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