SUPERCOMPUTING ON DEMAND

ISA Technologies Supercomputing On Demand provides a compelling solution to organisations and service providers with highly intensive data processing and data display requirements.

By utilising ISA Technologies' facilities organisations can realise the value of their data assets through access to competitively priced high performance computing and visualisation facilities.

For Service Providers, access to ISA Technologies' facilities can assist in meeting processing overloads, helping gain greater market share and generate increased services revenue.

Benefits of Supercomputing On Demand

ISA Technologies' Supercomputing On Demand facility and services enables organisations to:
  • Manage projects & processing overloads more efficiently
  • Significantly reduce processing time without the need to invest significantly in upgrading infrastructure and ongoing maintenance costs
  • Target larger and more complex projects
  • Increase the speed to market for new solutions
  • Minimise their capital expenditure
  • Access specialist ICT skills as and when required
  • Protect against technology obsolescence
  • Mitigate the risk in managing complex projects
  • Process their data locally with regional support capabilities

What We Provide

ISA Technologies provides:
  • Leading edge high performance computing and visualisation facilities at competitive prices
  • Specialist ICT skills covering supercomputing hardware, operating systems, application software and networking
  • Access to latest vendor research and product directions and support
  • Strategic teaming for large scale opportunities
  • Project host site and management
  • Trialling of next generation solutions, from concept development through to implementation
  • Broad spectrum solutions through partnering with external service providers and application software providers

Industry Sectors

ISA Technologies Supercomputing On Demand is an ideal solution for organisations in the following industries:
  • Banking and Finance
  • Computational Fluid Dynamics (Design, Manufacturing & Environment)
  • Defence – simulation and modelling
  • Education and Training
  • Environmental modelling including sediment transport models, pollution, etc
  • Exploration Geophysics (hydrocarbons and minerals) – using geophysical surveys to locate oil & gas, and mineral deposits and determining their extent eg: seismic processing, reservoir modelling
  • Health and Bioinformatics
  • Information and Communications Technology
  • Maritime Construction (digital design & manufacturing; CFD for ship hydrodynamics and load prediction for off shore platforms)
  • Digital media and content (image processing and recognition)
  • Production and manufacturing