Arrive AI Inc. develops autonomous delivery infrastructure centered on patented, AI-powered Arrive Points and its Autonomous Last Mile platform. The system is designed for secure, asynchronous exchange of goods by drones, ground robots, and human couriers, with tracking data, smart logistics alerts, climate-assisted endpoints, and chain-of-custody controls for shippers, delivery services, autonomous networks, healthcare, logistics, and enterprise delivery.
News about ARAI commonly covers financial results, product development, pilot deployments, engineering organization updates, patent activity, investor conference participation, and governance changes. Company updates also include AI and robotics development work, including simulation-driven training and computer vision systems for autonomous delivery environments.
Arrive AI (ARAI) announced a collaboration with Rivo to integrate its Arrive Points delivery endpoints into Rivo's autonomous hospitality platform.
The companies are evaluating deliveries across large hospitality properties, initially focusing on golf. Rivo is operating a proof-of-concept program at a golf property in Palm Beach, Florida. Arrive AI has provided software integration access and documentation, including its Arrive OS operating system, and shared a demonstration unit. Technical workshops have examined delivery accuracy and secure handoffs. Broader applications, including maintenance and other operational deliveries, remain potential use cases.
Arrive AI (NASDAQ:ARAI) formed Arrive AI Defense to adapt its autonomous delivery infrastructure for military, diplomatic and national security applications. Chief Strategy Officer Neerav Shah will lead the division. Its planned work includes evaluating defense partners, military requirements and demonstration opportunities, alongside potential fixed and mobile delivery installations.
The company intends to evaluate government funding that does not dilute shareholders, including small-business research programs where eligible. No government funding awards or defense contracts have been announced in connection with the division's formation.
Arrive AI (NASDAQ:ARAI) has partnered with Modovolo to develop autonomous drone deliveries that place packages directly into Arrive Point receiving stations. The planned integration combines Modovolo's Lift drone platform with Arrive AI's stations and Arrive OS software, aiming to complete deliveries without on-site human assistance.
Development will progress to live test-bed operations at Arrive AI's headquarters for capability testing, personnel training and simulated operations. Following successful testing and subject to any required regulatory approvals, the companies plan live autonomous food deliveries in a designated area of Fishers, Indiana.
Arrive AI (ARAI) hosted an Investor Showcase at its Fishers, Indiana, headquarters on September 23, 2026, with in-person and online participation. Demonstrations covered robot package handoffs to Arrive Points, drone delivery, Arrive OS, and simulation and network design tools. A panel included representatives of Ottonomy and Skye Air.
CEO Dan O'Toole said he asked Congresswoman Victoria Spartz for assistance as the company explores a pathway toward U.S. Postal Service approval for Arrive Points. He also requested consideration of a framework giving autonomous deliveries a defined address and secure endpoint. These were requests and ideas, not commitments by Spartz.
Arrive AI (NASDAQ:ARAI) introduced the AP3 Plus, an updated Arrive Point secure delivery endpoint now available for shipping. The unit adds on-device computing and computer vision to detect packages, determine their orientation and status, and visually track them through the custody process.
Package data is stored locally, with cloud access depending on customer compliance requirements and optional cloud backup. Arrive OS software handles events and communication between machines through a new interface with the Arrive Point Network. The AP3 Plus retains the same size and supports human couriers and drones or robots able to interface with its opening automatically.
Arrive AI (NASDAQ:ARAI) completed a $250,000 registered direct investment from a specialized private investment firm based in the United States.
The investment was priced at $0.65 per unit, with each unit comprising one common share and one warrant. That unit price represents approximately a 213% premium to the recent trading price of $0.2075. The warrants are exercisable at $0.70 per share.
The investor expressed interest in evaluating additional financing of up to $10 million, not a funding commitment. Any additional transaction depends on market conditions, available registration capacity, regulatory requirements, definitive documentation and company approval.
Arrive AI (ARAI) has expanded its executive leadership team by appointing Bill Karwoski as Chief Revenue Officer and promoting Michael Trovato to Chief Technology Officer, effective September 21, 2026.
Karwoski brings more than 30 years of sales and business development leadership, with experience driving employee engagement, channel performance, and consumer influence to deliver measurable results. He will lead Arrive AI's revenue organization as the company scales its autonomous delivery infrastructure and expands Arrive Point deployments across healthcare, retail, and enterprise logistics.
Trovato’s promotion to CTO follows nearly two decades in mechanical engineering, robotics, automation, embedded systems, and product development, including founding and leading Valence Tek, which supported programs for Walmart, McKesson, Abbott Laboratories, the U.S. Department of Veterans Affairs, and others. At Arrive AI he oversees technology and engineering strategy across hardware, robotics, electrical systems, firmware, and their integration with the company's software and cloud platforms.
Arrive AI (ARAI) will host an in-person investor event on September 23, 2026, at its Fishers, Indiana headquarters to demonstrate its autonomous delivery infrastructure.
The showcase will feature live and simulated demonstrations of Arrive Point delivery endpoints and the Arrive OS software platform, including an autonomous mobile robot completing a delivery route and handing off a package to an Arrive Point. A drone-to-Arrive Point handoff will be simulated, and an outdoor delivery run may be conducted, weather and equipment permitting. Arrive AI also introduced AHA, its AMR Handoff Accessory that enables many existing top-loaded autonomous mobile robots to perform automated pickup and delivery at Arrive Points, and formed the ACE Lab to integrate and certify partner robots for use with AHA.
Arrive AI (ARAI) will demonstrate a live robot-to-Arrive Point package handoff with automation partner Nexus AMR at VARTECH 2026, held September 21–22 at Mohegan Sun in Uncasville, Connecticut.
VP of Sales Robert Rex will run real-time demonstrations at the Nexus AMR booth, showing a ground robot delivering a package directly to an Arrive Point, rather than using a video or mockup. The company describes Arrive Point as a secure, carrier-agnostic delivery endpoint where drones, robots, autonomous vehicles, or human couriers can dock, drop off, or pick up packages, enabling recipients to retrieve items on their own schedule with full tracking.
Arrive AI positions its platform as infrastructure for autonomous logistics, addressing the “last inch of the last-mile” across logistics, healthcare, and enterprise delivery.
Arrive AI (ARAI) expanded on its previously disclosed partnership with DXC Technology to deploy its Arrive Point autonomous delivery infrastructure in large, enterprise-scale manufacturing environments.
DXC, a global IT services and systems integration firm serving major manufacturers, will help introduce Arrive Point across multi-site campuses where buildings span hundreds of thousands of square feet and daily material movement, including by drone, is required. Arrive AI’s platform allows drones, ground robots, autonomous vehicles and human couriers to use the same secure, asynchronous delivery point, eliminating the need for staff to be present at handoff. DXC’s integration expertise is expected to connect this technology into existing operational and IT systems in manufacturing facilities. Arrive AI highlights its Hancock Regional Hospital deployment as an example of its asynchronous robotic delivery capabilities.