That's because before the Southern Cross Cable went in, connecting to the rest of the world was difficult and very expensive. There was TuiaNet in the early 90s which connected universities, the National Library and Crown Research Institutes with the US and with Nasa researchers with an overseas link that reached 512 kilobits per second in 1994.
The Southern Cross Cable went live in 2000, and six years' later KAREN started punting research data packets; now the academic network runs at 10 gigabits per second in most spaces, and there's plenty of international capacity for researchers.
More international bandwidth will come online over the next few years, as REANNZ has signed up with the Hawaiki Cable, which competes with the Southern Cross link.
We're catching up with the world, and can now not just use terms like eResearch, supercomputing and Software Carpentry but actually do them as well.
Gigabits aside, It would be wrong to think about the academic network in terms of speed only.
Today's research is data-driven and high-speed links are necessary. But, it's the connections an academic network enables, breaking the tyranny of distance for New Zealand researchers who can now take part in projects everywhere around the world, that matters the most.
European researchers in particular are keen to establish major platforms to build scale and support data science, and New Zealand needs to think about how to take part in this Open Science Cloud, Ferguson said.
Already, being able to connect well is paying off for NZ researchers: by joining forces with the global research and education community, local scientists have access to bulk deals like Amazon Web Services discount on using cloud computing resources.
Someone has to pay for our academic network as well though. REANNZ competes with other research organisations for funding from the same kitty, and standing out is important.
For that reason, it makes sense for REANNZ to push itself beyond just running the network well and efficiently, and use the infrastructure for research projects.
There are some good things happening too. Despite uncertainty around our cybersecurity and communications interception laws forcing much of the world-beating internet-scale software defined networking (SDN) testbed overseas last year, REANNZ is now getting back into that game.
Ferguson said that the FAUCET open source SDN controller project that it's working on with Googler Josh Bailey is continuing to get uptake with enterprise users and network operators.
To further develop the SDN technology, Ferguson said REANNZ is again trying to get a local testbed going, with United States network equipment vendor Corsa. This would connect to the Australian and US SDN testbeds some time next year Ferguson said.
If so, that's great news that REANNZ and researchers have managed to work around local bureaucracy putting spanners in the works of developing innovative technologies, something we really need to do more of in New Zealand.
Having a few show ponies like SDN and of course, being part of the Square Kilometre Array radio telescope project should help REANNZ persuade the government to loosen the purse string a little more as REANNZ has to grow its capacity and capability to match the needs of researchers.
Currently, Ferguson said the network's backbone is being upgraded, with Brocade equipment being replaced by gear from Juniper and REANNZ is working to develop 100 gigabits per second campus access.
More will be needed in the coming few years as education and research continue to use networked IT; New Zealand would be a backwater without an academic network that couldn't attract foreign students or researchers to universities here.
Really, it would've been better if we celebrated REANNZ's twentieth birthday this year, but better late than never I suppose.
