Apps Run The World Apps Purchases

Customer	Industry	Empl.	Revenue	Country	Vendor	Application	Category	When	VAR/SI	Insight
Curtin University	Education	3887	$900M	Australia	DownUnder GeoSolutions	DUG Insight	Geology and Seismic Data Processing	2013	n/a	In 2013, Curtin University implemented DUG Insight for Geology and Seismic Data Processing as part of a decade long partnership with DUG Technology Ltd. The agreement provisioned scalable high performance computing, storage and archive capabilities and included proprietary DUG Insight processing and visualisation tools to support large scale research projects such as the Square Kilometre Array. Curtin University implemented DUG Insight for Geology and Seismic Data Processing to accelerate research in astrophysics, radio astronomy, biomedicine and meteorology through access to industry grade HPC and analytics. DUG Insight was configured to run high throughput processing pipelines, imaging and spectral analysis workflows that are typical for geology and seismic data processing and applicable to radio telescope data. The implementation included code onboarding and optimisation services to adapt research software to DUG’s HPC architectures, plus storage and archive configurations for long term research datasets. Functional capabilities emphasized processing, visualisation and post processing workflows to support both geophysical and astrophysical analysis. The deployment integrated DUG’s large scale supercomputing facilities with Curtin’s research computing environment and complemented national resources such as the Pawsey Supercomputing Centre. Operational coverage targeted Curtin’s astronomy and astrophysics groups, nodes of the International Centre for Radio Astronomy Research involved in the SKA Project, and Curtin’s HPC education programs. The solution was provisioned as managed HPC services together with the DUG Insight application to support research workloads and student training. Governance was formalised through the decade long partnership, setting joint priorities for HPC education, code optimisation, onboarding and collaborative research. The agreement prioritized development of green technologies to reduce the carbon footprint of supercomputing and collaboration on renewable powered data centre solutions. Rollout sequencing focused first on SKA related research groups with plans to extend DUG Insight usage across additional Curtin research fields and training cohorts. The DUG and Curtin collaboration yielded significant results in radio astronomy and astrophysics, producing new findings related to early Universe signals and co developed algorithms for detecting and monitoring satellites and space debris. These outcomes illustrate application of DUG Insight in research grade signal detection and large scale data processing at Curtin University. Future objectives documented in the partnership include scaling undergraduate and postgraduate HPC training and broadening DUG Insight application across further scientific domains.
St. Johns County School District	Education	6299	$529M	United States	UKG	UKG Workforce Central (ex Kronos Workforce Central)	Workforce Management	2013	n/a
	Education	3000	$19M	United States	UKG	UKG Workforce Central (ex Kronos Workforce Central)	Workforce Management	2013	n/a
	Education	2000	$30M	United States	UKG	UKG Workforce Central (ex Kronos Workforce Central)	Workforce Management	2013	n/a
	Education	34076	$6.7B	United States	UKG	UKG Workforce Central TeleStaff (ex Kronos TeleStaff)	Workforce Management	2013	n/a
	Education	5063	$9.5B	United States	UKG	UKG Workforce Central (ex Kronos Workforce Central)	Workforce Management	2013	n/a
	Education	5063	$9.5B	United States	UKG	UKG Workforce Central Payroll (ex Kronos Workforce Payroll)	Payroll	2013	n/a
	Education	1900	$272M	United States	UKG	UKG Workforce Central (ex Kronos Workforce Central)	Workforce Management	2013	n/a
	Education	5084	$500M	United States	UKG	UKG Workforce Central (ex Kronos Workforce Central)	Workforce Management	2013	n/a
	Education	1000	$100M	United States	UKG	UKG Workforce Central (ex Kronos Workforce Central)	Workforce Management	2013	n/a

Logo

Customer

Industry

Empl.

Revenue

Country

Vendor

Application

Category

When

VAR/SI

Insight

Curtin University

Education

3887

$900M

Australia

DownUnder GeoSolutions

DUG Insight

Geology and Seismic Data Processing

2013

n/a

In 2013, Curtin University implemented DUG Insight for Geology and Seismic Data Processing as part of a decade long partnership with DUG Technology Ltd. The agreement provisioned scalable high performance computing, storage and archive capabilities and included proprietary DUG Insight processing and visualisation tools to support large scale research projects such as the Square Kilometre Array. Curtin University implemented DUG Insight for Geology and Seismic Data Processing to accelerate research in astrophysics, radio astronomy, biomedicine and meteorology through access to industry grade HPC and analytics. DUG Insight was configured to run high throughput processing pipelines, imaging and spectral analysis workflows that are typical for geology and seismic data processing and applicable to radio telescope data. The implementation included code onboarding and optimisation services to adapt research software to DUG’s HPC architectures, plus storage and archive configurations for long term research datasets. Functional capabilities emphasized processing, visualisation and post processing workflows to support both geophysical and astrophysical analysis. The deployment integrated DUG’s large scale supercomputing facilities with Curtin’s research computing environment and complemented national resources such as the Pawsey Supercomputing Centre. Operational coverage targeted Curtin’s astronomy and astrophysics groups, nodes of the International Centre for Radio Astronomy Research involved in the SKA Project, and Curtin’s HPC education programs. The solution was provisioned as managed HPC services together with the DUG Insight application to support research workloads and student training. Governance was formalised through the decade long partnership, setting joint priorities for HPC education, code optimisation, onboarding and collaborative research. The agreement prioritized development of green technologies to reduce the carbon footprint of supercomputing and collaboration on renewable powered data centre solutions. Rollout sequencing focused first on SKA related research groups with plans to extend DUG Insight usage across additional Curtin research fields and training cohorts. The DUG and Curtin collaboration yielded significant results in radio astronomy and astrophysics, producing new findings related to early Universe signals and co developed algorithms for detecting and monitoring satellites and space debris. These outcomes illustrate application of DUG Insight in research grade signal detection and large scale data processing at Curtin University. Future objectives documented in the partnership include scaling undergraduate and postgraduate HPC training and broadening DUG Insight application across further scientific domains.