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Infrastructure Engineered
for AI-Native Workloads

We don't just provision hardware. We bring a proprietary software stack that maximizes the value of every GPU — from network fabric to model inference.

The Problem We Solve

Running AI at hyperscale isn't just a hardware problem. When 100 GPUs each hold 99% individual reliability, combined cluster reliability falls to roughly 36%.

Network bottlenecks, poor scheduling, and slow fault recovery erode the compute you're paying for. We address this across three layers.

36% effective
64% lost to compounding failure

Three Layers of Software Advantage

Layer 01

Network Architecture

Case: world's first Scheduled-AI-Fabric →

We deploy AI-optimized network fabric combining the performance of InfiniBand with the openness and cost profile of Ethernet. Our DDC (Distributed Disaggregated Chassis) architecture supports up to 32,000 ports per cluster, delivers lossless failover in milliseconds, and avoids vendor lock-in.

32,000ports per cluster
10–30%reduction in job completion time
Layer 02

Cluster Operations

Case: Western Data Valley, 4,000 GPUs → Case: Preferred Networks, 12,288 GPUs → Case: autonomous driving, 1,000+ GPUs →

Our cluster management platform runs 10,000+ GPU card environments across heterogeneous hardware from NVIDIA, AMD, Intel, and others — with AI-driven anomaly detection and self-healing reducing manual operations load.

<1 msfault recovery
55%training GPU utilization
50%less manual ops staffing
Layer 03

Model Optimization
Token-as-a-Service

Case: e-commerce AI image processing → Case: carrier AI video generation →

Inference acceleration delivered as a managed service on top of raw compute. Our optimization layer targets LLM and diffusion workloads, and clients get lower cost-per-token without managing the stack themselves.

2–3×end-to-end throughput vs. standard vLLM / TensorRT baselines

Supply Chain Software Advantage

Our prefabrication model is supported by manufacturing management systems that coordinate factory integration, logistics, and on-site commissioning. This is what compresses the traditional 24-month data center build cycle to 6–9 months while holding Tier III/IV standards.

Conventional 24+ months
Ours 6–9 months
Certifications & Standards
Uptime Institute Tier III / IV
ISO 27001 Information Security
ISO 22301 Business Continuity
ISO 14001 Environmental
PCI DSS / TVRA / DCRA
TIA-942 Rated 3

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