250 kWPlanned power density per turnkey podNext-Generation AICompute Infrastructurein Southeast Europe.
High-density, direct-to-chip liquid-cooled data center pods designed for AI workloads. Infrastructure is under development in Kosovo and remains subject to final engineering.
Planned specification
250 kWPlanned power density per turnkey pod
D2CDirect-to-chip liquid cooling
Long-term contracted powerSigned 10-year site and power agreement with co-located renewable generation
10-100 Gbps to VIXPlanned transit and peeringPositioned for Southeast Europe
Illyrixa is developing Kosovo-based infrastructure designed to bring high-density AI compute closer to enterprises, institutions, and technology operators across Southeast Europe and the Western Balkans.
Physical colocation
Purpose-built environments planned for high-density compute, with controlled access and infrastructure-level monitoring.
High-density racks
Rack configurations designed around accelerated compute power and thermal requirements, subject to final engineering.
Bare-metal GPU
Dedicated deployment models designed for direct workload control without shared virtualization layers.
Regional positioning
Kosovo-based infrastructure positioned between European connectivity hubs and demand across Southeast Europe and the Western Balkans.
Energy and site
Power and site arrangements are secured under a signed long-term agreement with a co-located renewable generator, with expansion runway to later phases.
Co-located renewable generation
The facility is designed for co-located renewable generation to support planned pod power requirements, subject to final engineering.
Existing grid connection
Site planning is designed around an existing grid connection to support a shorter path from contracting to power.
Long-term agreement
A 10-year site and power agreement is signed, covering contracted energy at a fixed base rate and committed expansion capacity.
Expansion runway
The site is designed with expansion runway from initial planned pod capacity toward later development phases.
Time to power
Deployment measured in months, not years.
Planned delivery is designed around existing site conditions and grid connection. Schedule remains subject to contracting, site readiness, and final engineering.
Engineered from power input to processor
Specifications reflect design intent and remain subject to final engineering, site readiness, and deployment.
THERMAL / 01Direct-to-chip liquid cooling
Planned coolant distribution units move heat directly from processors, supporting higher rack densities while reducing dependence on room-level air cooling.
THERMAL / 02Thermal management
Instrumented supply and return loops are designed for continuous temperature, pressure, and flow visibility across each pod.
POWER / 01Medium-voltage integration
The planned electrical architecture connects modular pod capacity to dedicated medium-voltage distribution with engineered protection and isolation.
POWER / 02N+1 resilience
UPS systems and dedicated diesel generation are planned around N+1 redundancy. Final topology remains subject to detailed engineering.
NETWORK / 01VIX routing & BGP
Planned transit and peering toward the Vienna Internet Exchange (VIX), 10-100 Gbps.
OPS / 0224/7 telemetry
Power, cooling, environmental, and network signals are designed to feed a unified monitoring layer for infrastructure operations.
SECURITY / 01Physical security
Layered site, room, and rack access controls are planned alongside surveillance, access logging, and controlled intervention procedures.
GOVERNANCE / 02Legal & compliance structure
Client arrangements, data handling, and operational controls will be documented within the applicable Kosovo and European legal frameworks. Certifications are not claimed.
Grid + MV Distribution
Pod Power & Cooling
Accelerated Compute
European connectivity.
Regional proximity
Illyrixa is developing infrastructure in Kosovo to support compute-intensive workloads closer to users and institutions across Southeast Europe and the Western Balkans.
- Planned transit and peering toward the Vienna Internet Exchange (VIX), 10-100 Gbps.
- BGP peering architecture designed for resilient network paths
- Capacity designed for enterprise and OEM requirements
Who it is for
Capacity is designed for organisations that need controlled, high-density AI compute in Southeast Europe, subject to contracting and available planned capacity.
Research
Designed for research and academic workloads that require dedicated, high-density compute without shared virtualization layers.
Regional enterprises
Planned for enterprises across Southeast Europe and the Western Balkans that need infrastructure closer to their operations.
Public sector
Designed for public-sector and institutional workloads that require controlled access, documented operating procedures, and regional proximity.
European AI companies
Planned for European AI companies seeking dedicated capacity with a path to power measured in months, not years, subject to final engineering.
Development roadmap
Planned capacity phases. Timing, topology, and delivered megawatts remain subject to contracting, site readiness, and final engineering.
250 kW
Initial planned pod capacity designed for early deployment and qualification workloads.
500 kW
Planned expansion of modular pod capacity as site power and cooling are brought online.
Approximately 1 MW IT load
Planned on committed site power expansion, subject to final engineering.
Investor Data Room
A gated diligence environment for qualified investors. Corporate-email requests are reviewed personally. After qualification, an NDA and access are issued privately. Documents are not published on this website and are not offered as downloadable files.
Technical documentation
System narratives, planned specifications, and engineering summaries, released only after qualification and NDA.
CAD layouts
Controlled drawings and layout material where available and appropriate, view-only after signed confidentiality terms.
Executive briefs
Business, regional, governance, and development-stage materials for permissioned review.
View-only access
Materials are not hosted for public download. Access is granted through a protected view-only environment after NDA.
Reserve Capacity
Submit company details, requested capacity, and timing. Our team will contact you within 2 business days to discuss your requirements.
Capacity is contracted per GPU-hour on reserved terms, with multi-year and take-or-pay structures available. On-demand capacity is planned for a later phase. Indicative pricing is provided on request.
Contact
Questions about Illyrixa, partnerships, or the project. Send a message and we will respond.