posted on 2019-05-15, 00:25authored byDan Sun, Jose Higino
Using Globus for high performance data transfer service is a frequently discussed topic in the
eResearch NZ conference. including workshops and presentations delivered by Globus staff
members. However, its uptake in the NZ research community is still not as wide as one might
expect. There seems to be a perception that deploying a Globus endpoint is complicated. We
would like to change this perception by showcasing the technical details two recently
deployments in the NZ research community.
Dan recently deployed a Globus endpoint in AgResearch. It is a single node deployment and the
endpoint is attached to the filesystems of existing Linux cluster. He going to cover its technical
design that fits the endpoint in a common corporate IT infrastructure environment.
Jose also recently redeployed a Globus endpoint for NeNI’s new platform. It is a clustered
deployment to provide the performance required by a leading national facility. He is going to
cover how individual functional components can be separated and be deployed in a cluster
environment.
Dan and Jose will also present an Ansible Playbook that may be helpful to others in the
community who are also considering deploying a Globus endpoint for their institute.
ABOUT THE AUTHOR(S)
Dan has been an active eResearch community member in NZ for a few years. He is currently an
HPC consultant working for AgResearh and maintains their smallish Linux cluster and storage.
He is passionate about helping researchers to do science by using advanced technologies.
When he is not firefighting at work, he enjoys having fancy burgers and donuts with his
collaborators and friends.
José Higino moved from Portugal to New Zealand in 2014 to work with NIWA's Supercomputer, Fitzroy,
as a High Performance Computing (HPC) Systems Engineer in Wellington. His has a background
in electrotechnics and computers engineering and worked for 7 years at IBM Portugal as a
software and services IT Specialist. Passionate about troubleshooting, logic, distributed and
parallel systems, he followed the roots of HPC and distributed storage. Currently, he is part of the
NeSI's Platforms Team supporting the new Cray Supercomputers, the XC50 and CS500/400.