Organised crime networks have turned US freight corridors into a hunting ground for GPUs, servers and cabling, with over $100 million stolen since June 2026 alone. For UK buyers running secure IT procurement programmes, the lesson is that logistics security is now a board-level risk, not a shipping clerk's problem.
View the data behind this chart
| Reno Jul 2025 | Mojave Jun 2026 | Texas-bound Jun 2026 | Reno 2026 | |
|---|---|---|---|---|
| Value stolen | $m15 | $m13 | $m10 | $m38 |
A wave of freight heists hits the AI supply chain
Organised crime groups have moved from opportunistic cargo theft to targeted, planned raids on data centre equipment shipments, according to reporting reviewed for this analysis. Since June 2026, more than $100 million of computing and networking gear has vanished in transit across the United States. A single incident in Reno this year accounted for $38 million of that total, while a separate Reno theft in July 2025 netted $15 million in semiconductors and Apple products. June 2026 alone produced two further large losses: $13 million in gear taken near the Mojave Desert and $10 million worth of server rack components destined for Texas.
Stolen loads are not limited to finished servers. Thieves have taken fibre-optic and copper cabling, RAM modules, drives, routers and other rack-level components — the full parts list of a modern AI data centre build. In one case, a single trailer carried $300,000 of copper wire alone, a reminder that even unglamorous commodity materials are now worth stealing at industrial scale.
The tradecraft: hacking, ramming and GPS spoofing
What distinguishes this wave from ordinary cargo crime is the blend of cyber and physical tactics. Criminal groups compromise the online accounts of freight brokers and carriers to pull cargo manifests and shipping schedules, then either track a genuine shipment or issue a fraudulent one to intercept the truck before it reaches its destination.
Some incidents have escalated into outright vehicular aggression, with thieves ramming escort vehicles to force a clean getaway — a method that implies driver complicity, often enabled by AI-generated identity documents slipping through weak personnel vetting. In at least one case, investigators believe GPS trailer-tracking signals were spoofed with fake beacon broadcasts, defeating both human monitoring and automated alerts.
As Keith Lewis of Verisk Cargonet put it: "it's like stealing pure gold bars… it's so much easier to steal [data center shipments] than to rob a bank."
Why this matters for UK procurement decisions
UK buyers might assume this is a US problem, but the exposure is structural, not geographic. Global AI infrastructure build-outs mean GPU and server shipments increasingly cross the same international freight and brokerage networks, and high-value GPU accelerators are exactly the kind of compact, high-margin cargo organised crime now targets specifically. A theft anywhere in that chain can mean delayed deployments, contract penalties and insurance disputes landing on a UK buyer's desk.
Procurement teams that treat logistics as a commodity service — picking whichever carrier is cheapest or fastest — are inheriting risk they haven't priced in. A comprehensive risk assessment of the physical supply chain should now sit alongside the usual vendor and cyber due diligence before any large server or GPU order is placed.
Where the stolen hardware ends up
Perhaps the most important detail for buyers is that these thefts are not opportunistic resale operations — overseas buyers are reportedly lined up before the heist even takes place. Law enforcement believes much of the stolen gear is destined for entities in countries subject to tight US AI export controls, including China. Scott Cornell of TAPA Americas estimates that six to seven out of every ten stolen cargo shipments end up overseas.
Verified Carrier, a platform used to vet carriers, has flagged suspicious activity this year linked to cargo theft routes through India, Uzbekistan, Pakistan, Colombia and Moldova. David Warrick of Overhaul summed up the sophistication involved: "These are international syndicates. They run like big corporations… They have penetrated the supply chains at all levels." For UK buyers, this raises a direct question: equipment that disappears and later resurfaces cheaply on secondary markets carries real provenance risk — see our guide to the risks of grey market hardware for why discounted, unverifiable kit should set off alarm bells.
What UK buyers should do now
Logistics security needs to move from an afterthought to a procurement requirement. Practical steps include demanding carrier vetting records, insisting on tamper-evident and GPS-verified tracking with independent corroboration rather than single-source telemetry, and building theft and diversion scenarios into contract penalty clauses with suppliers.
Where possible, configuring and ordering direct through manufacturer channels — such as the Lenovo server configurator, HPE server configurator or Dell's equivalent tooling — reduces the number of hand-offs between factory and rack, cutting the broker and freight-exchange exposure that criminals are exploiting. Monitoring broader market conditions via server supply chain insights also helps buyers spot when lead-time pressure might push a supplier toward riskier, less-vetted logistics partners.
- •Verify carrier credentials and account security before high-value shipments move
- •Require multi-source location verification, not single-feed GPS tracking
- •Audit broker and freight-exchange account access for signs of compromise
- •Treat heavily discounted secondary-market GPUs and servers as a provenance red flag