Based on Architectural Plans
Architectural Integrity
SCALABLE DESIGN INSPIRED BY NVIDIA BASEPOD AND SUPERPOD REFERENCE ARCHITECTURES.
We don’t build clusters by simply assembling individual components. We design them using a blueprint-driven architectural model inspired by proven BasePOD and SuperPOD principles.
Every deployment follows a layered and validated framework in which compute, high-speed networking, storage, and the control plane are designed as a unified system rather than as independent components.
This approach eliminates architectural bottlenecks before they arise and ensures predictable scalability from day one.
Deployment Packages
Structured engagement models tailored to cluster scale, performance requirements, and operational maturity.
FOUNDATION
Single Rack
Proof of Concept (PoC) and Small AI Pods
✔ Single-rack or small pod deployment
✔ Kubernetes or Slurm deployment
✔ Basic monitoring and health validation
✔ Standard Ethernet networking
✔ Initial workload validation
SCALING
Multi-Rack
Growing AI Infrastructure and Multi-Rack Expansion
✔ Multi-rack architecture design
✔ InfiniBand or RoCE network infrastructure optimization
✔ Shared or parallel storage integration
✔ Run:ai deployment and GPU allocation policies
✔ Performance validation and optimization
ENTERPRISE
Critical Workloads
Production-Grade AI Factories and Mission-Critical Environments
✔ High-availability control plane
✔ Dual network infrastructure and redundancy validation
✔ Air-gapped deployment processes
✔ Disaster recovery planning and failover validation
✔ Operational runbook and knowledge transfer
Based on Architectural Plans
Architectural Integrity
SCALABLE DESIGN INSPIRED BY NVIDIA BASEPOD AND SUPERPOD REFERENCE ARCHITECTURES.
We don’t build clusters by simply assembling individual components. We design them using a blueprint-driven architectural model inspired by proven BasePOD and SuperPOD principles.
Every deployment follows a layered and validated framework in which compute, high-speed networking, storage, and the control plane are designed as a unified system rather than as independent components.
This approach eliminates architectural bottlenecks before they arise and ensures predictable scalability from day one.
Deployment Packages
Structured engagement models tailored to cluster scale, performance requirements, and operational maturity.
FOUNDATION
Single Rack
Proof of Concept (PoC) and Small AI Pods
✔ Single-rack or small pod deployment
✔ Kubernetes or Slurm deployment
✔ Basic monitoring and health validation
✔ Standard Ethernet networking
✔ Initial workload validation
SCALING
Multi-Rack
Growing AI Infrastructure and Multi-Rack Expansion
✔ Multi-rack architecture design
✔ InfiniBand or RoCE network infrastructure optimization
✔ Shared or parallel storage integration
✔ Run:ai deployment and GPU allocation policies
✔ Performance validation and optimization
ENTERPRISE
Critical Workloads
Production-Grade AI Factories and Mission-Critical Environments
✔ High-availability control plane
✔ Dual network infrastructure and redundancy validation
✔ Air-gapped deployment processes
✔ Disaster recovery planning and failover validation
✔ Operational runbook and knowledge transfer
