Arrive AI Expands Autonomous Delivery Infrastructure With Live Robot Demos and DXC Partnership

Arrive AI Demonstrates Live Autonomous Delivery Technology

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is showcasing its autonomous delivery infrastructure through live demonstrations at multiple industry events. At VARTECH 2026 in Connecticut, Robert Rex, VP of Sales for Arrive AI, ran live demonstrations of the Arrive Point technology handing off packages with ground robots 2

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. The company also hosted an investor event on September 23, 2026, at its Fishers, Indiana headquarters, featuring autonomous mobile robots completing delivery routes and drone-to-Arrive Point package handoffs 1

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The Arrive Point is a secure, carrier-agnostic delivery endpoint that enables drones, robots, autonomous vehicles, and human couriers to securely exchange goods without requiring a person to be present during drop-off or pickup 2

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. Dan O'Toole, Founder, Chairman and CEO of Arrive AI, emphasized that "Arrive Points are made specifically to unlock autonomy" and that the platform is designed so "any robot, drone, or courier can hand off or pick up a package without a person in the loop" 1

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New AMR Handoff Accessory and Digital Twin Technology

Arrive AI announced AHA, its AMR Handoff Accessory, a drop-in device that allows most existing top-loaded autonomous mobile robots to complete automated pickup and delivery at Arrive Points without human loading or unloading 1

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. The company established the ACE Lab to integrate and certify partner robots for use with AHA, actively inviting AMR manufacturers and operators to join the program 1

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The investor event also featured simulation and network design tools behind Arrive OS, the company's software platform. This includes discrete event simulation modeling how deliveries move through a network over time, and digital twin technology that creates a live virtual replica of Arrive AI's hardware and partner robotic platforms to test performance before physical deployment 1

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. Arrive AI uses the NVIDIA Omniverse platform to build these digital twins 1

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DXC Technology Partnership Targets Enterprise-Scale Manufacturing

Arrive AI expanded its partnership with DXC Technology to bring Arrive Point delivery infrastructure into large, enterprise-scale manufacturing environments 3

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. The partnership, first disclosed in the company's second quarter 2026 earnings release, introduces Arrive Point technology into manufacturing campuses where individual buildings can span hundreds of thousands of square feet 3

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DXC Technology, a global IT services and systems integration company, works with some of the largest manufacturing and enterprise organizations worldwide 3

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. Their role involves connecting Arrive AI's technology into existing operational and IT systems within manufacturing facilities, work that would otherwise require significant time and resources to build from scratch 3

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. The autonomous logistics infrastructure is designed to facilitate material movement across sites, including drone transport for longer distances 4

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O'Toole noted that "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" 3

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Industry Whitepaper Validates Medical Drone Delivery Solution

An independent industry whitepaper published by AeroX, a drone technology and consulting firm, named Arrive AI's Arrive Point as the model for solving medical drone delivery's last-inch problem 5

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. The whitepaper, titled "Securing the Sky: A Chain of Custody Framework for Medical Drone Delivery in the United States," maps the regulatory landscape around medical drone delivery in the U.S. 5

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The paper finds that at least seven separate federal and state agencies can touch a single delivery of prescription medication: the FAA governs the aircraft, the FDA governs the drug, the DEA governs controlled substances, and state pharmacy boards govern dispensing 5

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. The whitepaper cites Arrive Points as a structural model for the industry, pointing to authenticated access, continuous condition monitoring, and a documented chain of custody at every transfer point 5

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The paper references Arrive AI's deployment at Hancock Regional Hospital in Greenfield, Indiana, described as the world's first fully asynchronous robotic medical delivery system inside a hospital, as a working example of the model in practice 5

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. The whitepaper estimates the global medical drone delivery market at $294 million today, growing to $2.5 billion by 2034 as more health systems adopt drone delivery for time-sensitive deliveries like lab samples, medications, and blood products 5

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O'Toole stated that "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" 5

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. The platform's ability to enable asynchronous exchange of goods through secure delivery points addresses the last inch of the last-mile challenge across logistics, healthcare, and enterprise delivery 5

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