Global Infrastructure

The GPU backbone
behind 200+ models

8 regions. 12,000+ GPUs. Private fiber backbone. Every inference request hits the nearest cluster with sub-50ms latency, automatic failover, and zero cold starts.

XALEN GLOBAL NETWORK OPERATIONS CENTER
LIVE
US-EAST-1
Ashburn, Virginia
4,096
H100
8ms
p50
400G
link
US-WEST-2
The Dalles, Oregon
2,048
H100
11ms
p50
400G
link
US-CENTRAL-1 PRIMARY
Council Bluffs, Iowa
2,560
A100
9ms
p50
800G
link
EU-WEST-1
Frankfurt, Germany
1,536
H100
14ms
p50
400G
link
AP-SOUTH-1 SECONDARY
Mumbai, India
1,024
A100
22ms
p50
200G
link
AP-SE-1
Singapore
512
L40S
18ms
p50
200G
link
AP-NE-1
Tokyo, Japan
768
H100
12ms
p50
400G
link
SA-EAST-1
São Paulo, Brazil
256
A100
35ms
p50
100G
link
THROUGHPUT
847K req/s
GPU UTIL
84% avg
TOKENS
2.4B /day
Active Connections
142,847
Inference / sec
34,291
Models Loaded
217
US-EAST-1 ● 4,096 H100 ● 8ms p50 ● 99.998% uptime US-WEST-2 ● 2,048 H100 ● 11ms p50 ● 100% uptime (12mo) US-CENTRAL-1 [PRIMARY] ● 2,560 A100 ● 9ms p50 ● 800Gbps backbone EU-WEST-1 ● 1,536 H100 ● 14ms p50 ● GDPR sovereign AP-SOUTH-1 [SECONDARY] ● 1,024 A100 ● 22ms p50 ● DPDPA compliant AP-SE-1 ● 512 L40S ● 18ms p50 ● SEA edge AP-NE-1 ● 768 H100 ● 12ms p50 ● NTT direct peering SA-EAST-1 ● 256 A100 ● 35ms p50 ● LATAM expansion US-EAST-1 ● 4,096 H100 ● 8ms p50 ● 99.998% uptime US-WEST-2 ● 2,048 H100 ● 11ms p50 ● 100% uptime (12mo) US-CENTRAL-1 [PRIMARY] ● 2,560 A100 ● 9ms p50 ● 800Gbps backbone EU-WEST-1 ● 1,536 H100 ● 14ms p50 ● GDPR sovereign AP-SOUTH-1 [SECONDARY] ● 1,024 A100 ● 22ms p50 ● DPDPA compliant AP-SE-1 ● 512 L40S ● 18ms p50 ● SEA edge AP-NE-1 ● 768 H100 ● 12ms p50 ● NTT direct peering SA-EAST-1 ● 256 A100 ● 35ms p50 ● LATAM expansion
12,288
Total GPUs
8
Global Regions
<50ms
Median Latency
99.99%
Uptime SLA

Regions

Deploy where your users are

us-east-1
North Virginia
Operational
H100 SXM5 A100 80GB L40S
4,096
GPUs
8ms
p50 latency
400Gbps
backbone
Tier IV facility · N+1 cooling · 2N power · 72hr UPS reserve
us-west-2
Oregon
Operational
H100 SXM5 A100 80GB
2,048
GPUs
11ms
p50 latency
400Gbps
backbone
100% renewable energy · Direct liquid cooling · PUE 1.06
us-central-1
Iowa PRIMARY
Operational
H100 NVL A100 80GB L40S
2,560
GPUs
9ms
p50 latency
800Gbps
backbone
Primary control plane · Model weight cache origin · NVLink mesh
eu-west-1
Frankfurt
Operational
H100 SXM5 A100 80GB
1,536
GPUs
14ms
p50 latency
400Gbps
backbone
GDPR data residency · EU-sovereign zone · ISO 27001
ap-south-1
Mumbai SECONDARY
Operational
A100 80GB L40S A10G
1,024
GPUs
22ms
p50 latency
200Gbps
backbone
DPDPA compliance · Vedika Ephemeris co-located · Indic language cache
ap-se-1
Singapore
Operational
L40S A100 40GB
512
GPUs
18ms
p50 latency
200Gbps
backbone
SEA edge PoP · Low-latency Thai/Malay/Tamil inference
ap-ne-1
Tokyo
Operational
H100 SXM5 A100 80GB
768
GPUs
12ms
p50 latency
400Gbps
backbone
Trans-Pacific subsea cable direct · NTT peering · 100% uptime (12mo)
sa-east-1
São Paulo
Expanding
A100 80GB L40S
256
GPUs
35ms
p50 latency
100Gbps
backbone
LATAM expansion · Portuguese/Spanish NLP specialization

Network

Private fiber backbone

Dedicated 400Gbps links between regions. Model weights pre-replicated across all clusters. Zero cold starts, automatic failover, intelligent request routing.

XALEN GLOBAL BACKBONE — REAL-TIME
400Gbps
Inter-region bandwidth
3.2PB
Model weight cache (per region)
<2ms
Failover switchover
0
Cold starts (weights pre-loaded)
16Tbps
Aggregate egress capacity
280+
Edge PoPs (Cloudflare)

Architecture

How requests flow

Every API request traverses five layers before hitting a GPU. Each layer adds reliability, not latency.

Your App
API call
Edge PoP
280+ locations
XALEN Gateway
Auth · Rate limit · Route
Smart Router
Model · Cost · Latency
GPU Cluster
H100 / A100 / L40S

GPU Fleet

Purpose-built for inference

Not a general-purpose cloud. Every GPU is configured, cooled, and interconnected specifically for large language model inference at scale.

Accelerator Memory Interconnect Throughput Use Case
NVIDIA H100 SXM5 80 GB HBM3 NVLink 4.0 (900 GB/s) 3,958 TFLOPS FP8 Flagship LLMs, 70B+ parameter models, batch inference
NVIDIA H100 NVL 94 GB HBM3 NVLink Bridge (600 GB/s) 3,958 TFLOPS FP8 Multi-GPU inference, long-context models
NVIDIA A100 80GB 80 GB HBM2e NVLink 3.0 (600 GB/s) 624 TFLOPS FP8 General inference, embedding, fine-tuning
NVIDIA L40S 48 GB GDDR6X PCIe Gen4 x16 733 TFLOPS FP8 Vision models, image generation, multimodal
NVIDIA A10G 24 GB GDDR6X PCIe Gen4 x16 250 TFLOPS FP8 Small models, voice, embedding, edge inference

Custom silicon partnerships in development. See roadmap →

Performance

Region-to-region latency

Measured p50 latency from edge PoP to first token. Smart routing picks the fastest path automatically.

From \ To
US-East
EU-West
Mumbai
Tokyo
US-East
8ms
local
42ms
subsea
118ms
routed
86ms
pacific
EU-West
42ms
subsea
14ms
local
72ms
overland
124ms
routed
Mumbai
118ms
routed
72ms
overland
22ms
local
68ms
subsea
Tokyo
86ms
pacific
124ms
routed
68ms
subsea
12ms
local

Compliance

Data sovereignty by default

Every request stays in-region unless you explicitly configure cross-region routing. Your data never leaves the jurisdiction you choose.

SOC 2 Type II
All regions
GDPR
EU data residency
DPDPA
India compliance
ISO 27001
Certified facilities
HIPAA
BAA available
PCI DSS
Payment security

Facilities

Built for continuous operation

Power
2N redundant power feeds. 72-hour diesel UPS reserve. 45MW total deployed capacity across all facilities.
Cooling
Direct-to-chip liquid cooling on all H100 clusters. Rear-door heat exchangers on A100 racks. PUE 1.06 average.
Sustainability
Oregon and Frankfurt facilities run on 100% renewable energy. Carbon-negative operations by 2027.
Physical Security
24/7 on-site security. Biometric + badge access. Mantrap entry. CCTV with 90-day retention. Visitor escort policy.
Hardware
NVIDIA DGX SuperPOD reference architecture. InfiniBand NDR 400G fabric. Hot-swap capable, zero-downtime maintenance.
Uptime
Tier IV design (99.995% availability). Concurrent maintainability. No single point of failure across power, cooling, or network.

Deploy on infrastructure
built for AI at scale

Start with pay-as-you-go. Scale to dedicated clusters. No infrastructure management, no GPU procurement headaches.

Start Building → Talk to Sales