Australia’s Sovereign Compute Exchange.

Building one platform to access and orchestrate Australian compute infrastructure. Designed for control, transparency and sovereignty.

Australian-operated · Veteran-owned

Current reality

Australian compute is scattered across separate data centres, clouds and private facilities.

AI inference, rendering and scientific modelling to name only a few are driving demand for compute, but Australian capacity remains fragmented. Each venue has its own pricing, rules and available capacity, forcing buyers to negotiate site by site with limited visibility and little confidence they chose the best option.

  • Fragmented supply

    Capacity sits in separate data centres, clouds and private facilities. Each holds different spare capacity at any given moment, and none of it is visible in one place.

  • Negotiated venue by venue

    Every workload means shopping around and negotiating site by site. The work repeats with each provider, and the last negotiation makes the next one no easier.

  • Onshore is not guaranteed

    Buyers often cannot guarantee that a workload’s data stays on Australian soil, which is the requirement most likely to be non-negotiable.

  • Locked into one provider’s rules

    Once a workload sits with one venue, its price, its terms and its capacity ceiling are that venue’s to set. Moving it later means starting the whole procurement again.

The pieces are already here.

SOVEREIGN COMPUTE PLANEDesigned as one surface across connected capacityCloud providersData centresPrivate facilitiesOmega AIORCHESTRATION LAYER

Omega AI aims to bring them all together.

Omega AI aims to bring them all together.

SOVEREIGN COMPUTE PLANEDesigned as one surface across connected capacityCloud providersData centresPrivate facilitiesOmega AIORCHESTRATION LAYER
SOVEREIGN COMPUTE PLANEDesigned as one surface across connected capacityDatacentresCloudprovidersPrivatefacilitiesOmega AIORCHESTRATION LAYER

From request to route.

Omega AI is designed to bring AI and high-performance batch workloads into one shared compute plane. It scores every eligible venue against every job, so no venue wins by default. The exchange exists to waste less on both sides: idle capacity on one, time and money on the other.

01 / REQUESTAI inferenceRegionAustraliaPriorityLow latencyCompute8x A10002 / EVALUATEOmega AICompute fit1x A1002x A1004x A1006x A1001x A1002x A1008x A100Region policyAU-NAU-EAU-WAU-CAU-NAU-EAU-WAU-CAU-NAU-SELatency fit63 ms41 ms29 ms24 ms63 ms41 ms29 ms24 ms63 ms41 ms29 ms18 msEconomic gateCheckingMargin thinMargin lowMargin cutCheckingMargin thinMargin lowMargin cutCheckingMargin thinMargin lowMargin cutCheckingMargin thinMargin heldsyd-cloud-02Cloud providersyd-dc-04Data centresyd-priv-01Private facility03 / SELECTED ROUTE01 / REQUESTAI inferenceRegionAustraliaPriorityLow latencyCompute8x A10002 / EVALUATEOmega AICompute fit1x A1002x A1004x A1006x A1001x A1002x A1008x A100Region policyAU-NAU-EAU-WAU-CAU-NAU-EAU-WAU-CAU-NAU-SELatency fit63 ms41 ms29 ms24 ms63 ms41 ms29 ms24 ms63 ms41 ms29 ms18 msEconomic gateCheckingMargin thinMargin lowMargin cutCheckingMargin thinMargin lowMargin cutCheckingMargin thinMargin lowMargin cutCheckingMargin thinMargin heldsyd-cloud-02Cloud providersyd-dc-04Data centresyd-priv-01Private facility03 / SELECTED ROUTE

Illustrative example. The selected venue changes with the workload and available supply.

Illustrative profiles, not customers. Names and faces are invented.

  • Mei runs genomics pipelines and wants results, not queue time

  • Jordan runs fine-tuning jobs and wants to stop paying reserved rates for idle GPUs

  • Priya runs regulated workloads and needs every venue kept inside Australia

  • Alex runs live inference and cannot let a cheaper, slower venue win on price

  • Sam runs overnight batch and wants more of the market without a three-year commitment

  • Nadia has spare overnight capacity and wants to earn on hours nobody has booked