SYAALA

CONTAINERS

Modular Data
Centers

Production-ready infrastructure
in shipping containers

Why Modular Wins

Traditional data centers can't keep up with AI-era demands. Modular infrastructure delivers speed, flexibility, and efficiency.

Deployment Time

8 weeks

18-36 months

Capital Cost

Lower per unit

$20M+ upfront

Power Efficiency (PUE)

1.15-1.30

1.58 avg

Scalability

Add pods as needed

Fixed capacity

Relocation

Fully portable

Permanent

How It Works

Complete data centers manufactured in ISO shipping containers. Fully integrated compute, power, and cooling systems arrive production-ready.

Week 1-4: Manufacturing in controlled factory environment

Week 5: Full load testing before shipment

Week 6: Global shipping via standard freight

Week 6-7: On-site deployment

Week 6: Operational within 72 hours of delivery

Four Product Lines

Compute Pods

High-density GPU/CPU servers. NVIDIA H100/A100. Up to 200kW per rack. Liquid cooling ready.

Power Pods

500kW - 5MW distribution. 98.5% efficiency. N+1 redundancy. Grid or renewable integrated.

Cooling Pods

Advanced thermal management. PUE 1.15-1.30. Air, liquid, or hybrid. -40°C to +50°C operation.

Storage Pods

Petabyte-scale arrays. NVMe, SSD, HDD tiers. Hot-swap drive bays. RAID configurations.

Advanced Cooling
Engineering

Supporting next-gen 1000W+ TDP chips

Liquid Direct-to-Chip

Cold plates mounted directly on CPUs/GPUs. 40% more efficient than air cooling. Handles 500W+ per chip.

Immersion Cooling Ready

Full server immersion in dielectric fluid. Supports extreme power densities up to 250kW per rack.

Hybrid Air/Liquid

Flexible deployment. Air for low-power. Liquid for high-power. Switch as workloads evolve.

Built for AI
Workloads

Training LLMs demands computational density traditional facilities can't match.

Up to 24 racks per 40ft pod

200kW per rack power density

4.8MW total in single container

NVIDIA H100/A100 certified

400GbE networking RDMA ready

Hot-swap components zero downtime

Who Uses Syaala

AI Research Labs

Deploy GPU clusters in weeks instead of years. Scale from prototype to production without moving buildings. Reconfigure as models evolve.

Energy Companies

Co-locate with renewable generation sites. Turn stranded solar/wind power into computational value. Deploy in remote locations traditional DCs can't reach.

Defense & Government

Air-gapped secure-by-design infrastructure. Rapid deployment to austere environments. NIST, ITAR, DoD compliant out of the box.

Financial Services

Low-latency trading infrastructure at the edge. Disaster recovery sites operational in days. Regulatory-compliant data sovereignty.

Cloud Providers

Expand regional presence without building new facilities. Sovereign cloud options. Edge compute closer to end users.

And More

Healthcare systems, universities, media production, gaming infrastructure, and any organization needing scalable compute.

Modular Yards

Pre-integrated multi-pod deployments. Mix compute, power, cooling, and storage pods to match your exact requirements.

Delivered fully shipping-ready with protective crating, environmental seals, and custom configurations. We handle logistics worldwide.

Edge Yard

500kW • 4 pods
1-2 Compute + 1 Power + 1 Cooling. Regional deployment. CDN nodes. Fits on single flatbed.

Training Yard

2.5MW • 12 pods
6 Compute + 3 Power + 3 Cooling. LLM training clusters. Research labs. Deploy in under 2 weeks.

Hyperscale Yard

10MW+ • 50+ pods
Custom pod mix. Tier-1 workloads. Multi-zone architectures. Full redundancy.

Precision Manufacturing

Every pod manufactured in ISO-certified facilities with rigorous quality control

ISO 9001 Certified

Quality management systems. Documented processes. Continuous improvement.

Full Burn-In Testing

Every pod tested at full load for 72 hours before shipment. Zero field failures.

Component Traceability

Complete supply chain tracking. Every part serialized. Full warranty coverage.

Unlike on-site construction where quality varies, factory manufacturing ensures consistency. Every Syaala pod meets the same exacting standards.

Industry-Leading
Efficiency

PUE 1.15-1.30 vs 1.58 industry average

What is PUE?

Power Usage Effectiveness. Lower is better. 1.0 is perfect.

Why It Matters

For 1MW IT load: Savings of 380kW = $265K/year at PUE 1.20 vs 1.58.

How We Achieve It

Direct liquid cooling. High-efficiency PDUs. AI-driven thermal management.

Renewable Ready

Solar, wind, hydro integrated.

Water Conservation

Dry-cooling or <1L per kWh.