Muxaro campus · Bivona, Sicily
Our first 32-rack deployment is the beginning. Muxaro’s development plan envisages a fully developed campus with approximately four times the first deployment’s energy allocation, through further phases at the same location.
Phase 01 / The first allocation
The first deployment represents approximately one quarter of Muxaro’s planned full-campus energy allocation. Further deployments are planned here, at the same location.
Indicative development plan. Additional capacity and timing depend on final engineering, energy availability, permitting and commissioning.
Energy and compute, considered together
SicurAI targets 40% of total annual campus energy from owned clean generation behind the meter. Planned battery storage is intended to shift available solar energy and help manage demand peaks.
The 40% figure describes the annual energy mix. The separate 25% figure describes the first deployment’s share of Muxaro’s planned full-campus energy allocation. Both are planning targets, with the final energy scope defined during engineering.
Plan the relationship between compute, local generation and the grid as one system.
Coordinate facilities, compute delivery and commissioning around the agreed capacity requirement.
Plan a separate heat-recovery interface for hydroponic greenhouses and agricultural drying.
Our community commitmentCommunity & agriculture
Our commitment is to make Muxaro part of Bivona’s productive future. Alongside AI capacity, we are developing a route to put recovered heat to work for local agriculture.
Heat reuse is part of our campus development plan. Hydroponic greenhouses and agricultural drying are two planned applications, connecting digital infrastructure with crops, skills and local enterprise.
A second use for the heat AI creates
01 / Hydroponic greenhouses
We plan to use recovered heat to support greenhouse and root-zone heating when crops need it. Recirculating hydroponic systems would pair controlled growing conditions with careful water and nutrient management.
The focus is value-added produce: specialty herbs, leafy greens and selected fruiting crops, with crop choices shaped by agronomic expertise and market demand.
02 / Agricultural drying
Recovered heat could also support controlled drying: turning apricots into dried fruit, plums into prunes, and tomatoes into ingredients with a longer shelf life.
Our aim is to help local producers retain more value from their harvest, reduce avoidable losses and develop products that can reach customers beyond the fresh-produce season.
The planned connection
Heat is transferred between systems; server coolant stays separate from irrigation water and food. Final facilities, crops and heat capacity will be defined with agricultural partners, engineering and seasonal demand.
Our commitment to Bivona
A campus should contribute to the place that hosts it. We want Muxaro to connect new technology with the knowledge, produce and enterprise already rooted in this part of Sicily.
Develop the agricultural applications with growers, cooperatives and specialist operators, around real crops and routes to market.
Look for opportunities in cultivation, processing, maintenance and technical training as the agricultural programme develops.
Bring growing and processing opportunities into the local economy, with products shaped by quality and demand.
Are you a grower, cooperative, agricultural operator or local organisation?
Let’s explore what we can build together.
Delivery path · reviewed 5 September 2026
The target service window is March–April 2027. The sequence below shows the delivery stages to be agreed and evidenced.
Define the compute, facilities and operating requirements. Confirm the final technical and commercial scope.
Confirm supplier commitments, the schedule starting point and the equipment delivery sequence.
SicurAI coordinates campus readiness. World Wide Technology will lead deployment of the NVIDIA GB300 cluster it has designed, with installation aligned to the agreed site and technical requirements.
Complete agreed tests and operational handover before customer service begins.
Subject to final configuration, delivery and commissioning. The contractual schedule and allocation are agreed with each customer.
Detailed project evidence and the customer-relevant delivery package are available through the technical diligence process.
Request a technical discussion or enquire about a campus visit with the SicurAI team.