Owned energy. Dedicated compute. A blueprint for expansion.Reserve first capacity

The vertically integrated AI platform

AI, where the power is.
Deploy faster. Scale smarter.

From our own energy assets to your AI compute. Muxaro is the first deployment of our vertically integrated platform, expanding from Italy across Europe.

Watch our hybrid energy model · 35 sec

First deployment March–April 2027 targetPlanned availability, subject to final configuration, delivery and commissioning.

Explore our expansion

First deployment / Reservations open

Muxaro. Your next cluster.

Private, dedicated AI capacity in Bivona, Sicily.

View the first allocation
2,304NVIDIA GB300 GPUs planned
32NVL72 racks planned
March–April 2027Target availability

Bring your workload.
Let’s shape your allocation.

Reserve first capacity

One blueprint. A growing ecosystem.

Starting in Sicily.
Expanding across Europe.

Muxaro is one of our assets. Our group owns energy and site assets across Italy and is acquiring more. We are implementing a repeatable model to turn those foundations into AI factories, starting with Muxaro.

01 / First deployment

Muxaro

The first expression of our integrated model. Reserve planned GB300 capacity, with further phases planned at the same campus.

Meet the first campus
02 / Owned asset base

Italy

A portfolio of owned energy and site assets across Italy. Further acquisitions are growing the foundation for future AI deployments.

Owned assets · Growing portfolio
03 / European expansion

Europe

We are implementing our expansion across Europe, bringing the same integrated approach to energy, sites and communities.

Expansion in progress

Energy and site ownership form the foundation. Each future AI deployment will progress through its own development and commissioning.

Our vertical integration strategy

Own the foundations.
Deliver the compute.

Generation, sites, grid access, data centres and GPUs in one connected business. Our strategy is to own the infrastructure behind the compute we sell.

  1. 01

    Own the
    energy

    Build on group-owned generation and a growing energy portfolio.

  2. 02

    Connect
    the sites

    Bring owned sites and grid access into the campus development plan.

  3. 03

    Build the
    AI factory

    Integrate modular data centres, cooling and the hybrid energy system.

  4. 04

    Own the
    GPUs

    Deploy and operate our GPU infrastructure, starting with planned GB300 capacity.

  5. 05

    Deliver
    compute

    Sell dedicated AI capacity for training, fine-tuning and inference.

The grid-friendly AI token factory

More intelligence.
Smarter energy.

Our hybrid blueprint combines owned renewables, grid supply, planned storage and productive heat reuse. A connected system designed around compute, the grid and the community.

See how SicurAI works with the grid

Solar, batteries and intelligent energy management—in 35 seconds.

35-second explainer
Muxaro / Annual energy target
40%

Clean energy.
Our own generation.

Targeting 40% of total annual campus energy from SicurAI-owned solar generation behind the meter.

Includes compute, cooling and campus systems. Annual design target, subject to final engineering and operating conditions; solar output varies by hour and season.

One integrated energy design

Generate. Balance.
Put heat to work.

Generate beside the workload.

Owned solar is designed to supply the campus directly, reducing grid imports while it generates.

Coordinate storage and grid supply.

The grid remains part of the supply. Planned batteries and energy controls can help manage when and how the campus draws power.

Give compute heat a second use.

Planned heat recovery connects the campus to hydroponic greenhouses and agricultural drying, creating opportunities with local growers.

Storage, demand management and heat reuse depend on final sizing, engineering and operating conditions.

Build on what is already there

Existing foundations.
A shorter path to compute.

Our approach starts with existing energy assets, sites and grid infrastructure. Reusing those foundations can reduce greenfield works and help shorten the route to deployment.

Modular delivery and a design that serves the grid and local agriculture bring infrastructure and community priorities together from the start.

Site-specific works, permits and commissioning define the final deployment schedule.

Our technology partners

Designed by WWT.
Built on NVIDIA.

Meet our partners
World Wide Technology

Cluster design & deployment

Designed by World Wide Technology, with deployment led by WWT.

NVIDIA

AI technology cooperation

Developed in cooperation with NVIDIA, on the GB300 NVL72 platform.

Meet the first deployment

A first move.
With room to grow.

Muxaro starts with a planned 32-rack, 2,304-GPU deployment. Its first phase is planned to use approximately 25% of the eventual campus energy allocation, leaving room for further deployments at this location.

Explore Muxaro

Phase 01 / The first allocation

One campus.
Room for much more.

The first deployment represents approximately one quarter of Muxaro’s planned full-campus energy allocation. Further deployments are planned here, at the same location.

~25%of the eventual campus energy allocation for the first deployment
~4×the first phase’s energy allocation at full campus development
First deploymentFuture phases at Muxaro

Indicative development plan. Additional capacity and timing depend on final engineering, energy availability, permitting and commissioning.

The ecosystem includes the community

Compute here. Grow here.

Useful heat for greenhouses. New possibilities for agricultural drying. Our plan connects AI infrastructure with local growers, skills and enterprise, beginning in Bivona and informing the blueprint for future sites.

Explore our community commitment

Be part of the first deployment

Your next cluster.
Our first chapter.

Reserve planned private AI capacity at Muxaro. Bring your GPU requirement, workload and target start date. Let’s build your place in what comes next.

Reserve Muxaro capacity Download the capacity brief

How SicurAI works with the grid