Modular AI-data centers
Sentris addresses growth limits with precision-engineered, prefabricated data center modules. Site-ready, with reduced deployment risk, and scale flexibility — without compromising on power density or operational resilience.
We unlock data center growth
Empower and scale your AI infrastructure performance with high-density modular solutions engineered for speed, density, and long-term adaptability. Our scalable AI infrastructure goes from first order to live deployment, eliminating friction, shortening time-to-value, and flexibly adapting to changing technological needs.
Accelerate development
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AI-optimized components
Rack-scale AI architecture and NVIDIA Blackwell GPU line for state-of-the-art AI factory solutions.
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Developed in Europe by an EU company
Located near logistics hubs, shipping to your location with ease.
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Shorter delivery timeline
Rapid deployment data center — live in 8–9 months.
Adapt and scale without restrictions
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Robust engineering
Delivering a lower PUE data center and assuring Tier III reliability standarts.
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Flexibility
Vendor-agnostic, self-contained data center modules for maximum flexibility and zero lock-in risks.
Integrated and efficient power system
Power systems engineered to deliver uninterrupted, high-availability power across rack-scale AI architecture, ensuring enterprise-grade redundancy and high availability.
Our approach
- Built to drive value
- Vendor-neutral by design
- Fundamentals-first
- Product-oriented mindset
We design and build our modular data centers for the long-term
Sentris has a standing track-record of successfully operating in the European market. Our high-quality data centers are developed and built faster, enabling delpyment on the clients’ side sooner. All with flexibility in mind, enabling to connect new computing capabilities on the go.
Selecting the equipment that best fulfills the use-case
We scope each modular AI data center together with our clients, understanding their intent, key use-cases, limitations — implementing the latest available technology, from cooling to performance.
Understanding limitations to maximize potential
We start building from fundamentals — understanding physics and thermodynamics is key to ensuring modular data centers run sustainably, efficiently, optimally and aligned with operational reality.
We are engineering a data center, not a branded container
Sentris modular data centers are well-orchestrated products, where each component works as a precisely engineered system. Modularity ensures that solution is scalable and easy to upgrade with latest technology developments.
AI compute platform flexibility
Sentris modular data centers are designed for a broad range of AI, HPC, and accelerated compute deployments, enabling current and next-generation hardware platforms with scalable power and cooling infrastructure.
Workload readiness
- AI training clusters
- AI inference deployments
- HPC and simulation enviroments
- Mixed enterprise AI workloads
Hardware readiness
- NVIDIA GPU platforms, including Blackwell-class, GB200/GB300, and Vera Rubin rack-scale systems.
- AMD Instinct accelerator platforms for AI and HPC environments.
- High-density rack configurations with liquid-cooling support.
- Modular scaling for future compute generations and evolving cluster architectures.
Our process
Initiation
Planning
Execution
Monitoring
Closure
Initiation
Understanding your vision
The foundation of a successful data center project starts with a clear understanding of our clients’ objectives.
- – Conduct a comprehensive needs assessment.
- – Define the project scope, goals, and feasibility.
- – Identify key stakeholders and establish initial communication channels.
- – Develop a high-level project charter outlining timelines, risks, and potential constraints.
Laying a solid foundation
Once the project is initiated, we transition into meticulous planning. This phase is crucial for preventing costly delays and ensuring optimal resource allocation.
- – Develop a detailed project roadmap, including scope, timelines, and cost estimates.
- – Define resource requirements, including hardware, software, and skilled personnel.
- – Establish risk management protocols to mitigate potential disruptions.
- – Integrate compliance and security considerations into the planning process.
Bringing the plan to life
With a well-defined strategy in place, we move into execution. During this phase, our engineers and project managers work collaboratively to:
- – Deploy and configure infrastructure according to the agreed specifications.
- – Maintain open communication with stakeholders to ensure transparency and alignment.
- – Implement quality assurance checks to validate performance and security compliance.
- – Address any emerging challenges swiftly to keep the project on track.
Ensuring optimal performance
A well-executed project demands ongoing oversight to guarantee success.
- – Continuously track project progress against key performance indicators.
- – Implement quality control measures to ensure adherence to industry standards.
- – Proactively identify risks and apply corrective actions when necessary.
- – Maintain clear reporting and communication with stakeholders.
Delivering excellence and future readiness
The final phase ensures the project’s successful completion and lays the groundwork for long-term operational success.
- – Conduct thorough testing and validation of all implemented solutions.
- – Provide comprehensive documentation, training, and knowledge transfer.
- – Evaluate project outcomes and gather feedback for continuous improvement.
- – Ensure a seamless transition from project deployment to operations.