Australia’s sustainable, sovereign, and secure AI and GPU cloud
Innovate and build on the low carbon, no compromise, full-stack AI cloud that’s powered by sustainable technology.
The world’s first sustainable compute engine built for AI
Five years of R&D has led to some of the most sustainable cloud hosting technology in the world, emitting up to 6x less CO2 than other cloud providers in Australia, whilst hosting more powerful workloads to democratize access to AI computing power.
- NVIDIA CSP Partner
- [Powerful]
- [Secure]
Australia’s AI, ML, and digital twin cloud
Supercloud enables deep learning and visual computing GPUs in the cloud at a scale and cost not seen before. Our Australian-developed sustainable hosting technology enables Supercloud to offer more powerful cloud instances than other sovereign clouds, at some of the lowest costs anywhere in the world – without compromise.
A full stack of AI and Machine Learning (ML) development tools and frameworks enables instant development of AI jobs, backed by the most performant hardware and high-performance networked environment.
Designed in partnership with NVIDIA, Supercloud is architected for high-performance AI, with A100 and A40 GPU metal, InfiniBand, and Bluefield Data Processing Units (DPUs).
Australia’s AI, ML, and digital twin cloud
Supercloud enables deep learning and visual computing GPUs in the cloud at a scale and cost not seen before. Our Australian-developed sustainable hosting technology enables Supercloud to offer more powerful cloud instances than other sovereign clouds, at some of the lowest costs anywhere in the world – without compromise.
A full stack of AI and Machine Learning (ML) development tools and frameworks enables instant development of AI jobs, backed by the most performant hardware and high-performance networked environment.
Designed in partnership with NVIDIA, Supercloud is architected for high-performance AI, with A100 and A40 GPU metal, InfiniBand, and Bluefield Data Processing Units (DPUs).
Secure, accredited, and sovereign
Supercloud delivers no-compromise power and service, securely. Backed by a 99.95% SLA, with all storage solutions rated to 11 9s of redundancy. Supercloud includes implementations of PSPF, DSPF, ISO270001, ACSC, DISP, and HCF standards. For Australian government workloads, SCE’s Canberra 1 Region is hosted in SCEC Zone 4 facilities connected to the ICON and DSN networks.
Flexible access
in the cloud or on-premise
Cloud regions
Our Australian cloud regions are highly available and connected via the Supercloud Wide Area Network, backed by a 99.95% SLA and powered with majority grid-connected renewable energy.
Supercloud’s upcoming Australia (Canberra 1) cloud region is hosted within a SCEC Zone 4 facility with connectivity to ICON and DSN.
Supercloud on-premise
Using Firmus’ modular N+1 Cube platform, Supercloud caters for easy on-prem or edge deployments at supercomputing scale.
Supercloud on-premise brings the ability to deploy petaflops of AI compute at the edge. Use with the Supercloud AI stack or bare metal compute and unleash enormous HPC power.
The Cube 300 delivers up to 5.5PF of AI performance across 250 A100 GPU nodes, in a go-anywhere 40ft containerized N+1 system.
Compare your current workload against SCE's high performance, low-emission cloud services
Supercloud’s hosting infrastructure is unlike anything else. Breakthrough power efficiency delivers the lowest carbon footprint compared to other public clouds in Australia, without compromise.
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Emission Factors (CO2 per kw-e)
Power generation & consumption by region: Australian Energy Market Operator; OpenNEM.org.au
Power generation and consumption data polled in 5 minute dispatch intervals. The net effect of blended power sources across interstate interconnectors is considered, based on methodology published here Real-Time Carbon Accounting Method for the European Electricity Markets
Emission factors from Scope 2 averages for direct emissions by technology IPCC (2014) Fifth Assessment Report for scope 2 emissions (gCO2eq/kWh)
Australia (South 1) Cloud Region
Factors based on electricity consumed in Tasmania, Australia, based on the methodology above
Supercloud Component Specific Calculation
vCPU: Supercloud A1 series metal: AMD EPYC 7452 CPU, 64vCPU default TDP 155W
A100 GPU: Supercloud A1 series metal: NVIDIA HGX A100 80GB, default TDP 400W
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Average CO2 per vCPU, per hour, 24 hour average0g
Average CO2 per A100 GPU, per hour, 24 hour average
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