We Deploy
AI Compute
at the Speed of Demand
Break the bottleneck and bypass the multi-year backlog. With permit-stabilized land bank sites and behind-the-meter power, Radiant scales your AI capacity in months, not years.
Radiant accelerates AI infrastructure deployment by drawing from a global inventory of permit-stabilized land banks and pre-engineered datacenter shells, paired with directly adjacent, behind-the-meter power generation. By controlling the two scarcest inputs - land and power - we collapse timelines that traditionally stretch 3–5 years into a predictable 18–24 month delivery window.
Speed
Radiant eliminates the dominant source of delay in AI infrastructure: utility interconnection and permitting. Because capacity is planned around pre-secured land and on-site generation, projects move on a strategic timeline rather than a bureaucratic one. This removes the uncertainty and compounding delays that make traditional datacenter expansion incompatible with AI demand cycles.
Standardized AI Factory Blueprint
A modular, bare-metal-first architecture that allows for rapid, repeatable deployments across different geographies. Radiant delivers standardized datacenter and cluster architectures that are already validated at scale - eliminating bespoke design cycles and enabling parallel execution across site prep, power, and hardware provisioning.
Operational Choice & Risk Insulation
Radiant assumes end-to-end accountability for deployment complexity, absorbing execution risk across power procurement, permitting, construction, and orchestration. Partners retain flexibility in how they engage - from fully managed, turnkey AI Factory operations to high-performance bare-metal delivery - without inheriting the operational burden of multi-gigawatt infrastructure.
This allows aggressive global expansion without proportionally expanding internal engineering or facilities teams.
Reliable and Predictable
Radiant’s behind-the-meter generation model decouples AI infrastructure economics from public-grid volatility. As a power generator - not a reseller - we offer long-term PPAs at fixed rates, insulating operating costs and protecting project IRRs across market cycles. By controlling the pipeline from electron to FLOPS, we deliver utility-grade stability unavailable to grid-dependent datacenter operators.
Elastic Scalability
Traditional deployments secure capacity in tens of megawatts, forcing a full restart of permitting and interconnection as demand grows. Radiant designs land banks and power infrastructure for 500MW-class campuses from day one, enabling seamless land-and-expand growth as AI workloads scale. A unified control fabric manages tens of thousands of nodes across multi-site campuses, supporting rapid capacity expansion, failure isolation, and workload rebalancing without operational friction.
AI-Native Physical Layer
To deliver the performance required for the current AI era and beyond, Radiant has moved past the limitations of traditional colocation. We treat the entire facility as a single, integrated unit of compute, optimizing the physical layer to ensure that every watt of power and every dollar of capital is converted into usable intelligence at peak efficiency.
200kW+ Ultra-High Density Power Delivery
Radiant purpose-engineers ultra-high-density AI infrastructure specifically for NVIDIA Rubin and Blackwell generations. Supporting liquid-cooled 200kW-class racks, our next-generation infrastructure platform maximizes capital efficiency and time-to-value without compromising operational reliability. Utilizing NVIDIA Omniverse DSX blueprints and digital twins, we model and optimize thermal and operational performance before systems go live. This blueprint-driven approach ensures predictable generational scalability for the next-scale AI factory.
Behind-the-Meter "Island Mode" Resilience
Radiant facilities prioritize resilience via behind-the-meter power and island-mode capabilities, ensuring continuity during grid instability through on-site generation and energy storage. This architecture provides superior control over power availability and eliminates external disruptions. Combined with blueprint-led design, Radiant delivers a predictable, high-performance foundation engineered for the most demanding AI workloads, ensuring reliability today and through future generational evolutions.
Non-Blocking NVIDIA InfiniBand / Spectrum-X Fabrics
AI performance is often throttled by the "Tail Latency" of the network. We provision a Non-Blocking, Flat-Clos Topology using NVIDIA InfiniBand or Spectrum-X Ethernet. This ensures that your multi-thousand GPU clusters communicate with zero-congestion, maximizing the "FLOPS-to-Watt" ratio and ensuring your customers get the training speeds they are paying for.
All-Flash, AI-Native Storage Fabrics
Training Large Multimodal Models (LMMs) creates massive I/O starvation risks. Radiant integrates an All-Flash NVMe-over-Fabric (NVMe-oF) storage layer that provides sub-millisecond latency and petabyte-scale throughput. By decoupling storage performance from capacity, we ensure that your GPU clusters are never "waiting on data," maintaining 95%+ compute utilization even during the most complex training checkpoints.
Predictive Digital Twin Operations
We deploy high-fidelity Digital Twin simulations for every facility, allowing us to model thermal plumes and power loads in real-time. By using AI to manage the AI, we can predict component failures and optimize cooling cycles before they impact performance. This proactive management layer reduces OpEx by 20% compared to traditional "reactive" datacenter monitoring.
