Arrive AI Showcases Autonomous Delivery Infrastructure Powered by Arrive Points(TM) at India AI Impact Summit 2026

NEW DELHI, IN / ACCESS Newswire / February 16, 2026 / Arrive AI (NASDAQ:ARAI), an autonomous delivery infrastructure company, today announced the global expansion of its AI-powered autonomous logistics ecosystem at the India AI Impact Summit 2026. Built around its patented smart receptacles, Arrive Points, Arrive AI's system enables secure, fully asynchronous handoffs between ground robots, drones, couriers, and end users across healthcare, industrial, and smart city environments.

Arrive Points serve as the physical access layer of Arrive AI's software-first Autonomous Last Mile (ALM) platform. Acting as intelligent exchange nodes, they provide verified chain of custody, climate-assisted protection, and real-time tracking while enabling frictionless delivery handoffs between people and autonomous systems. In collaboration with Ottonomy's Made-in-India Ottobot robots and drone logistics provider Skye Air Mobility, Arrive AI is demonstrating a seamless, multimodal indoor-outdoor autonomous delivery network.

"At Arrive AI, we are building the infrastructure layer that enables autonomous delivery at scale," said Dan O'Toole, CEO of Arrive AI. "Arrive Points act as the connective tissue between robots, drones, healthcare providers, industrial operators, and smart cities. Our deployments prove that autonomous logistics isn't theoretical - it's operational today."

India: Powering Smart Cities and Hyperlocal Commerce

In India, Arrive AI is collaborating with Ottonomy and Skye Air Mobility to support hyperlocal deliveries, quick-commerce, and smart city infrastructure. Arrive Points anchor first- and last-50-meter logistics inside buildings, campuses, tech parks, and residential complexes while Skye Air Mobility's drone network extends reach across dense urban corridors.

This multimodal approach allows e-commerce and quick-commerce operators to offload time-sensitive orders onto a coordinated autonomous network, reducing road congestion, and improving delivery reliability. The same infrastructure can integrate with smart traffic systems, security platforms, and urban planning initiatives.

"Our platform enables interoperability across robots, drones, and human couriers," O'Toole added. "By combining AI-powered orchestration with physical smart infrastructure, we are enabling a new category of autonomous logistics that is secure, scalable, and ready for global deployment."