AI Infrastructure Doesn't Wait.
Neither Do We.
AI infrastructure is built through the convergence of three critical supply chains: hardware, power, and construction. Omni coordinates all three, from Taiwan's AI manufacturing ecosystem to final placement in the data hall, helping customers bring infrastructure online with speed, certainty, and control.
Three Flows. Every Build. One Partner.
Bringing AI infrastructure online requires more than moving hardware. Semiconductors, power infrastructure and facility construction each follow distinct supply chains with different timelines, dependencies and risks. Success depends on coordinating them as a single deployment program. Omni brings these flows together, helping customers keep critical build schedules aligned from origin to installation.
Flow 01 — Silicon & Hardware
Individual AI GPUs can cost tens of thousands of dollars, while integrated AI systems represent multi-million-dollar investments. These shipments move through one of the world's most constrained supply chains, connecting South Korea's memory ecosystem, Taiwan's advanced manufacturing network and data centers worldwide. Omni manages origin handling, export compliance, secure transportation, white-glove delivery and precision data hall placement for the infrastructure every AI deployment depends on.
Flow 02 — Power & Electrical
Transformers running 50–200 tons with 52–100+ week lead times are the single biggest constraint halting data center commissioning. One delayed transformer can stall an entire commissioning schedule and leave millions of dollars of installed infrastructure waiting for power. Omni coordinates heavy-lift, wide-load permits, abnormal load escorts, and sequenced delivery for the flow that everything else waits on.
Flow 03 — Facility & Construction
Modern AI campuses are increasingly assembled rather than built. Prefabricated data halls, skid-mounted power systems and modular infrastructure must arrive in sequence across remote locations where power availability dictates geography. Omni coordinates these flows so global construction schedules stay intact.
What happens after you submit:
A member of our AI infrastructure logistics team will reach out within one business day. No pitch deck, no pressure. Just a direct conversation about your build corridor, your timeline, and where your current logistics has gaps.
The Build Window Is Already Open.
| Capability | Typical Freight Execution | ✓ Omni Infrastructure Deployment Model |
|---|---|---|
| Hardware Handling | ||
| AI Infrastructure DeliveryWhite-glove teams experienced in handling and precision placement of high-value AI infrastructure and liquid-cooled rack systems. | ✗ Standard freight crews; no specialized AI rack training | ✓ Certified white-glove crews trained for NVL72 and liquid-cooled rack delivery |
| ESD-Safe HandlingCritical for GPUs, chips & electronics | ✗ Not offered; high damage risk for sensitive components | ✓ Standard across all AI hardware and semiconductor handling |
| Climate-Controlled TransportTemp & humidity control end-to-end | ~ Available at extra cost; inconsistent across lanes | ✓ Full fleet and facility capability across the network |
| Security & Compliance | ||
| Chain-of-Custody VerificationVerified at every handoff | ✗ Basic POD only; no end-to-end chain of custody | ✓ Verified at every touchpoint from origin to data center floor |
| Customs BrokerageECCN classification, BIS export licensing and compliant alternative routing for allocation-constrained hardware. | ~ Third-party only; added cost and delays | ✓ Licensed global customs brokers in-house; APAC rerouting expertise |
| Data Center Execution | ||
| Power Infrastructure FreightTransformers, switchgear, UPS systems | ✗ No specialized capability for heavy power equipment | ✓ Purpose-built for power infrastructure movement to standard and non-standard sites |
| Modular Campus LogisticsPrefab pods, containerized DCs | ✗ Not offered; no project logistics capability | ✓ End-to-end modular construction logistics across APAC and North America |
| Remote & Emerging Site DeliveryRural, remote, and emerging corridors | ✗ Standard lane coverage only | ✓ Established capability in rural Texas, SEA, Middle East, and emerging AI corridors |
Built for Every Stage of the Build.
AI infrastructure projects succeed or fail based on coordination. GPUs, power systems and modular construction components all move on different timelines, yet every one of them must arrive precisely when the build schedule requires them. This requires a partner who understands the allocation window it shipped against, the build schedule it's arriving into, and the commissioning deadline everything downstream depends on. Omni has done this at scale, under pressure, without damage.
3200 Olympus Blvd.
Dallas, TX 75019
Every AI deployment runs against a fixed sequence of allocation windows, construction milestones, commissioning schedules, and power readiness dates. The logistics partner you choose determines whether those timelines stay aligned. Let's discuss your build, your deployment schedule and where execution risk exists today
Network Coverage
Coast-to-Coast Reach.
Precision at Every Point.
Taiwan Capabilities
The race to deploy AI infrastructure begins long before a server reaches a data center. Advanced GPU modules, HBM3E memory, and integrated rack systems all originate or converge in Taiwan before moving to data centers worldwide. The logistics decisions made at that origin point determine whether a build stays on schedule or doesn't. Most logistics partners enter the picture after Taiwan. Omni is already there with five warehouses totaling 1 million square feet within the Taoyuan Free Trade Zone, underground tunnel transport directly to the airport, and AI specialists. Omni gives customers origin-level control over a supply chain where losing it costs millions per week. The build timeline starts in Taiwan. So does Omni.