OWN YOUR AI COMPUTE

THE TEAM BUILDING AI INFRASTRUCTURE THAT ACTUALLY SCALES

Hyperscalers are costly at scale. OEMs stop at hardware. Legacy integrators move too slowly. Arc Compute delivers the full AI infrastructure stack as one accountable team, engineered for sustained performance, predictable economics, and real production workloads.

Talk to a GPU Expert Explore Our Approach
THE PROBLEM

AI HAS OUTGROWN
THE PUBLIC CLOUD

Most AI starts in the cloud. It is the fastest way to experiment. But once AI becomes operational, the economics change. GPU bills compound. Utilization drops. Data sovereignty, latency, and compliance start mattering more than burst elasticity.

The organizations capturing real value from AI are making a different choice. They control their compute before it controls their costs. They build platforms that scale with demand, not platforms where costs scale faster than demand. They treat GPU infrastructure as a long-term asset, not a monthly expense. That is the shift Arc Compute was built for.

OUR APPROACH

THREE PRINCIPLES THAT SHAPE EVERYTHING WE BUILD

PRODUCTION, NOT EXPERIMENTATION

Everything we deliver is engineered for sustained, high-utilization workloads. Validated NVIDIA reference architectures. Inference-optimized cluster design. Day-one production readiness. We do not build infrastructure for proof of concepts that never ship.

OWNERSHIP,
NOT RENTAL

We help customers own their compute with clear economics. CAPEX, OPEX, or hybrid. Predictable monthly cost. Residual asset value. No surprise invoices. The math should work in your favor from month one.

MODULAR,
NOT BESPOKE

Standardized 36 to 144 node cluster blocks and 1 to 5 MW modular facility buildouts. Repeatable execution that compresses time to compute without compromising integration quality. Scale by adding blocks, not by starting over.

WHAT SETS US APART

SIX REASONS TEAMS
CHOOSE ARC COMPUTE

WHAT SETS US APART

FULL-STACK OWNERSHIP

We do not just sell servers. We deliver compute, storage, networking, software, security, and managed services as one integrated offering with a single accountable team.

INFERENCE-OPTIMIZED DESIGN

Modern reasoning workloads need KV cache locality, prefill and decode separation, and efficient intra-server connectivity. Arc clusters are engineered for this workload reality.

MODULAR SPEED

Factory-integrated racks delivered and deployed in days, not months. Standardized cluster blocks and repeatable playbooks compress time to compute across every deployment.

SOVEREIGN AND COMPLIANT

Air-gapped, on-prem, and region-specific colocation options. Support for HIPAA, GDPR, SOC 2, GxP, and other regulatory frameworks built into the deployment from the start.

OWNERSHIP ECONOMICS

Capital or structured financing instead of unpredictable OPEX. Around 16-month payback on reference clusters, with residual asset value and no egress fees.

GPU MONETIZATION

The only full-stack provider with a built-in monetization model. We help owners recover value from excess capacity through leasing, partner channels, and compute marketplace integration.

BUILT FOR PRODUCTION

THE INFERENCE ERA NEEDS

DIFFERENT INFRASTRUCTURE

AI compute is shifting from training-dominated burst workloads to sustained, continuous inference. Above roughly 40 to 50 percent GPU utilization, public cloud stops being competitive. Sustained workloads need dedicated, high-density, inference-tuned infrastructure. That is what we design, deploy, and operate.

HIGH-DENSITY ARCHITECTURES

NVIDIA HGX-based reference designs across Hopper, Blackwell, and Rubin generations, engineered for sustained high-utilization operation with validated thermal and power envelopes.

LIQUID AND

HYBRID COOLING

Factory-integrated liquid cooling for next-gen GPU platforms, plus hybrid air and direct liquid options that match your facility capabilities.

NETWORK

FABRIC CHOICE

InfiniBand, RoCE, and high-speed Ethernet fabrics designed for distributed training and low-latency inference across multi-node environments.

LIFECYCLE

TUNING

Compute, networking, and storage performance continuously monitored and optimized. As your workloads evolve, so does the infrastructure underneath them.

OWNERSHIP ECONOMICS

OWN THE COMPUTE.

CONTROL THE COST.

PUBLIC CLOUD

OPEX with unpredictable spend

Deploy GPU infrastructure through managed services, leasing, or consumption-based models. You get access to high-performance compute without a large upfront investment, with the ability to scale capacity up or down as your needs change.

ARC OWNED INFRASTRUCTURE

CAPEX or structured financing

Bare-metal control. On-prem or sovereign colocation. Engineered for sustained utilization. Predictable monthly cost with residual asset value and optional yield on idle capacity.

GPU MONETIZATION

TURN IDLE CAPACITY INTO YIELD

Most organizations run with 20 to 30 percent idle GPU capacity. That is cost with no return. Arc
Compute is the only full-stack provider with a structured monetization model built in. We help owners
recover value from excess capacity through leasing, partner channels, and compute marketplace
integration, so your GPU investment keeps earning even when your primary workloads are not running.

WHO WE SERVE

TRUSTED BY TEAMS RUNNING

AI IN PRODUCTION

ENTERPRISES


Infrastructure teams moving AI from proof of concept to production, repatriating workloads from cloud, or standing up dedicated AI environments with strict security and compliance requirements.

AI-NATIVE
COMPANIES

Series A through growth-stage teams scaling beyond cloud economics with owned, inference-optimized infrastructure that keeps pace with model and product growth.

DATA CENTERS & CLOUD PROVIDERS

Operators standing up GPU-as-a-service offerings or dedicated tenant infrastructure with rapid, modular buildouts designed for high utilization and multi-tenant workloads.

INVESTOR GROUPS & SOVEREIGNS

Private equity firms deploying capital into GPU assets, and government organizations building sovereign AI infrastructure with full data control and operational independence.

GET STARTED

PLAN YOUR GPU INFRASTRUCTURE

Tell us about your workloads, timeline, and deployment goals. Our team
will help you evaluate GPU platforms, select the right architecture, and
design infrastructure that fits your requirements.