You can access NCI systems and services through a variety of methods. See below for more information about allocation schemes, virtual research environments, data services and more.
NCI provides access to computing, data and virtual environments through schemes allowing access to researchers from many different institutional and discipline backgrounds.
This page covers the following methods for accessing NCI systems and services:
- Access Schemes
- Collaborating Organisations
- NCI Flagship Allocation Scheme
- Virtual Research Environments
- Data Services
- Data Collections
- Commercial and Industry Access
New and existing NCI users can register for an account or new project at our MyNCI portal.
If your organisation is interested in getting access to NCI capabilities, fill in this form.
Documentation about using and accessing supercomputer, cloud and data resources can be found in our User Guides.
Australasian Leadership Computing Grants
The Australasian Leadership Computing Grants provide access NCI's HPC system, Gadi. The call for applications is designed to identify meritorious research projects with demonstrated ability to use HPC systems effectively at scale, and to provide these projects with larger allocations for extreme scale computational science.
National Computational Merit Allocation Scheme
The National Computational Merit Allocation Scheme (NCMAS) provides researchers with annual access to Australia’s major national computational facilities, namely NCI and the Pawsey Supercomputing Research Centre, through a merit-based selection process. In total, NCMAS distributes around 700 million units of computing time to meritorious applicants from around Australia. The main call for applications is made annually around August for allocations to start the following January for 12 months. Applications are made through the NCMAS portal.
The Adapter scheme is designed to identify meritorious research projects that need flexible compute access over a short period. It provides quarterly allocations up to 250KSU to Australian researchers, catering for those users who need smaller compute and data resources in short bursts.
Adapter facilitates access to data, enables high-throughput computing, and supports other new and emerging ways of engaging with Tier-1 high-performance computing and high-performance data resources.
NCI Start-up Scheme
The NCI Start-up Scheme is available to researchers who would like to evaluate the suitability of NCI for their research and/or to assist in framing applications for more substantial grants. Start-up grants are allocated on NCI’s supercomputer at a maximum of 5KSU per year. To apply for a start-up grant, create an account in the NCI User Portal (click on 'need access, sign up here'). Follow the 'propose a project' link to submit a start-up proposal.
COVID-19 Accelerated Access Initiatives
NCI and Pawsey Supercomputing Centre are joining efforts to offer additional computation and data resources to support research community to acquire, process, analyse, store and share data supporting COVID-19 research. This Initiative, originally started in 2020, is open-ended to enable new and innovative COVID-19 research to get access to the resources they need.
The COVID-19 Special Call is intended to identify and provide resources to research projects directly responding to the pandemic. COVID-19 Special call projects may apply for High Performance Computing (HPC), cloud, storage resources and associated expert support. To apply for access at NCI, Australian research groups can contact email@example.com.
NCI Collaborating Organisations
Around 75% of NCI’s HPC resources are reserved for researchers at our collaborating organisations. These organisations generally distribute allocated HPC resources through internal processes.
If you are a researcher or employee at one of NCI’s collaborating organisations, contact your Scheme Manager to discuss gaining access to NCI services.
NCI Flagship Allocation Scheme
The NCI Flagship Allocation Scheme provides access to HPC, data-intensive and storage services at NCI for projects identified by the NCI Board as being of high-impact or national strategic importance.
The currently supported projects under the Scheme are:
- ARC Centre of Excellence for Climate Extremes (CLEX)—led by the University of NSW, and involving The Australian National University, the University of Melbourne, Monash University, and the University of Tasmania;
- ARC Centre of Excellence for All-sky Astrophysics in 3D (ASTRO3D)—led by the University of Sydney, and involving The Australian National University, the University of Melbourne, Swinburne University , the University of Western Australia, and Curtin University of Technology;
- ARC Centre of Excellence in Future Low-Energy Electronics Technologies – led by Monash University in collaboration with UNSW, ANU, RMIT University, UQ, Swinburne and University of Wollongong
- ARC Centre of Excellence in Exciton Science, linking the University of Melbourne, Monash University, RMIT University, UNSW and the University of Sydney;
- ARC Centre of Excellence for Plant Success in Nature and Agriculture – led by the University of Queensland, and involving CSIRO, the University of Tasmania, the Queensland University of Technology, Monash University and Western Sydney University;
- ARC Centre of Excellence for Transformative Meta-Optical Systems – led by The Australian National University in collaboration with the University of Melbourne, the University of Technology Sydney, the University of Western Australia and RMIT University;
- Australian Antarctic Program Partnership – led by the University of Tasmania in collaboration with the Australian Antarctic Program, CSIRO, the Bureau of Meteorology, the Integrated Marine Observing System, Geoscience Australia and the Tasmanian Government.
Centres of Excellence determine their own allocations, with computing resources available only to researchers affiliated with the Centre.
Virtual Research Environments
NCI runs several different Virtual Research Environments, bringing together communities of researchers across multiple organisations to enhance collaboration on national and international science priorities. These Environments cover disciplines including climate and weather, geoscience, earth observation, astronomy and more.
NCI’s Virtual Laboratories are computational platforms making state-of-the-art analysis and visualisation tools easily accessible in an easy-to-use environment.
- For more information about each of the Environments and how to access them, visit Virtual Research Environments.
NCI’s data services allow users, data portals and external science cloud environments to access, interact with and extract value from our data collections. Our data services provide a number of ways of interacting with data using a variety of programmatic methods.
Our data services include multiple data catalogues and specialised data servers, as well as virtual research environments suited to various communities.
For more information about each of the services and how to access them, visit Data Services.
NCI provides the research community vast, publicly funded data collections co-located alongside petascale supercomputing facilities. The NCI National Research Data Collection has more than 10 petabytes of curated and highly used reference datasets used for analysis at NCI and available more broadly through our data services. The fusion of NCI’s high-performance computing and data collections provides a data platform that enables new and innovative ways to access and use data.
You can browse the collections via the NCI GeoNetwork catalogue and through NCI data services. Certain datasets have restricted access and permission may be required from the data custodian through the contact details provided.
Commercial and Industry Access
Access to NCI facilities and services by commerce and industry is welcomed. Access is available on a Fee-for-Service basis. Please contact firstname.lastname@example.org for details.