Sovereign by design
EU-domiciled, EU-operated, EU-regulated. AI workloads that cannot leave the bloc have a natural home with us.
The compute backbone for the AI era.
We are building dedicated data center capacity engineered for AI workloads — high-density, liquid-ready, and powered by our own waste-to-energy infrastructure. The ambition is to lead the category for sovereign AI compute in the Mediterranean and EU.
- Position
- Sovereign AI compute infrastructure
- Power
- Vertically integrated · waste-to-energy
- Geography
- Cyprus · EU · MENA reach
Leading the market in vertically-integrated AI compute.
Most data centers buy power. We generate it. By owning the energy layer — through our waste-to-energy program — we control cost, reliability, and the carbon profile of every rack we operate.
This is the foundation for a category-defining position: European-sovereign AI compute, powered by circular-economy infrastructure, sold to AI product companies that need guaranteed capacity and a defensible energy story.
From the source to the hall.
The compute hall does not exist in isolation — it exists because the energy facility feeds it. Scroll to watch the transformation: waste becomes power, power becomes the AI compute environment that runs on top of it.
- Hall capacity
- 8 MW
- Active racks
- —
- Inspecting
- —
- Power source
- WtE · 100%
Why we are the operator of choice.
Owned power
Our waste-to-energy plants feed the racks directly. Fewer grid intermediaries means lower cost and a defensible carbon story.
Built for AI density
Liquid-cooled cabinets, high-density power distribution, and a fabric optimized for training and inference clusters.
Long-tenor contracts
Anchored by Eurostate's own AI product portfolio and offered to external operators under multi-year capacity agreements.
How the loop closes.
The AI build-out is constrained by power. The waste industry is constrained by what to do with the material. We solve both at once — taking the trash that costs municipalities money to discard, and converting it to the electricity that AI operators pay premium prices to secure.
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01
Intake
Municipal and industrial waste enters the facility. Sorted, dried, and prepared for thermal processing.
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02
Conversion
High-temperature combustion or gasification converts the feedstock to heat. Emissions are scrubbed to EU standards.
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03
Generation
Steam drives a turbine; the turbine drives a generator. Base-load electricity comes out the other side.
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04
Compute
Power is routed directly to Eurostate's adjacent AI data centers. No grid intermediary; no transmission loss.