Arrive AI Expands DXC Partnership to Deploy Autonomous Delivery in Enterprise Manufacturing Sites

Arrive AI and DXC Technology Expand Autonomous Delivery Into Manufacturing

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disclosed expanded details of its DXC partnership, initially announced in the company's second quarter 2026 earnings release. The collaboration brings Arrive AI's Arrive Point delivery infrastructure into enterprise-scale manufacturing environments where individual buildings span hundreds of thousands of square feet. DXC Technology, a global systems integration company, works with some of the world's largest manufacturing organizations to modernize operations across sprawling, multi-site facilities 3

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The Arrive Point technology enables drones, ground robots, autonomous vehicles, and human couriers to securely exchange goods through the same delivery point without requiring personnel present during drop-off or pickup 1

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. This addresses a critical operational need in large manufacturing campuses where moving materials efficiently across sites, including by drone for longer distances, occurs daily.

Solving the Last-Inch Problem in Autonomous Logistics

An independent industry whitepaper published by AeroX 2

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named Arrive AI's Arrive Point as the model for solving the last-inch problem in medical drone delivery. The whitepaper, titled "Securing the Sky: A Chain of Custody Framework for Medical Drone Delivery in the United States," identifies a critical gap: what happens when a drone or robot arrives and no one is there to receive the package.

The paper maps a complex regulatory landscape where at least seven separate federal and state agencies can touch a single delivery of prescription medication. The FAA governs aircraft, the FDA governs drugs, the DEA governs controlled substances, and state pharmacy boards govern dispensing. No single agency governs the handoff points between them—the exact moment a package changes hands 2

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Arrive AI's platform closes this gap through authenticated access, continuous condition monitoring, and documented chain of custody at every transfer point. "Everything gained through fast, convenient and low-cost autonomous delivery and pickup is lost at the front yard of every building and residence in the world. Arrive AI gives autonomy an address," said Dan O'Toole, Founder, Chairman and CEO of Arrive AI 2

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Real-World Deployment and Market Validation

Arrive AI's flagship deployment at Hancock Regional Hospital in Greenfield, Indiana, operates as the world's first fully asynchronous robotic delivery system inside a hospital 1

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. The AeroX whitepaper cites this deployment as a working example of the model in practice, pointing to it as the structural standard other companies in the space should work toward 2

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The whitepaper estimates the global medical drone delivery market at $294 million today, projecting growth to $2.5 billion by 2034 as more health systems adopt drone delivery for time-sensitive deliveries like lab samples, medications, and blood products 2

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. This growth trajectory validates the expanding need for secure package handoffs across healthcare and enterprise applications.

Systems Integration for Enterprise Operations

DXC's systems integration expertise connects Arrive AI's technology into operational and IT systems already running inside large manufacturing facilities 1

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. This integration work would otherwise require significant time and resources to build from scratch. "DXC operates inside some of the most complex manufacturing environments in the world. Their recognition of the value proposition that Arrive AI delivers continues to validate the traction that we are seeing across all channels," O'Toole stated 3

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The AI-powered autonomous delivery platform 4

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provides real-time tracking, smart logistics alerts, and advanced chain of custody controls to support shippers, delivery services, and autonomous networks. Large, sophisticated companies seek cutting-edge technology that reduces human resource costs while delivering strong ROI across supply chain operations 1

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. The platform integrates physical AI with smart mailboxes to make exchanges between people, robots, and drones frictionless across autonomous logistics networks.