New Delhi, Feb 16: Ottonomy Inc., a global autonomous delivery solutions company, today unveiled its end-to-end autonomous delivery ecosystem at the India AI Impact Summit 2026, demonstrating how Made-in-India robotics and AI are transforming logistics across healthcare, industrial campuses and urban environments.

The ecosystem combines Ottonomy’s autonomous delivery robots, ‘Ottobots’, with Arrive AI’s smart storage infrastructure, ‘Arrive Points’, and drone logistics capabilities from SkyeAir Mobility. Together, the integrated solution enables seamless, unattended movement of goods across indoor and outdoor environments, without the need for manual intervention.

Made in India and built for the world, Ottobots are Level-4 autonomous robots capable of navigating complex real-world environments, including hospital corridors, elevators, sidewalks and service roads. The robots use an AI-driven autonomy stack to understand their surroundings, adapt to changing conditions and make real-time decisions.

“With Ottobots and Arrive Points, we’re proving that Made‑in‑India robots can power world‑class automation in U.S. hospitals and global industrial sites,” said Ritukar Vijay, CEO and Founder of Ottonomy Inc. “Together with Arrive AI and Skye Air Mobility, we’re showcasing at the India AI Impact Summit how India is at the core of advanced, multi‑modal logistics solutions to the world—aligned with Prime Minister Modi’s vision of ‘Made in India, Made for the World’ and AI for public good.”

At Hancock Regional Hospital in Greenfield, Indiana, Arrive AI and Ottonomy have deployed the world’s first fully asynchronous, autonomous medical delivery system using Arrive Points and Ottobots.

In India, Ottonomy, Arrive AI and Skyeair Mobility are collaborating to reshape hyperlocal deliveries, quick‑commerce and smart city infrastructure. Ottobots and Arrive Points handle first‑ and last‑50‑meter movements in buildings, tech parks, campuses and residential complexes, while Skyeair’s drones extend the network over longer distances in dense urban corridors.

With a focus on scalable deployments and real-world impact, Ottonomy is building next-generation logistics solutions that reduce costs, improve efficiency and address workforce constraints. The company’s integrated approach to automation positions it at the forefront of a rapidly evolving global autonomous delivery market.

Hancock Health: AI‑powered autonomy in real‑world healthcare

At Hancock Regional Hospital in Greenfield, Indiana, Arrive AI and Ottonomy have deployed the world’s first fully asynchronous, autonomous medical delivery system using Arrive Points and Ottobots. Arrive Points are strategically placed across the campus near the Sue Ann Wortman Cancer Center, laboratories and surgical areas; staff deposit lab samples or supplies into the nearest pod, which then dispatches an Ottobot that navigates indoor and outdoor routes to deliver items to the correct destination Arrive Point.

Ottobots operate reliably in varying lighting, weather and traffic conditions, while safely sharing space with patients, staff and vehicles on campus. The deployment allows nurses and clinical staff to avoid thousands of manual steps each day, freeing more time for direct patient care while helping the hospital mitigate ongoing labor shortages. Items remain in secure, climate‑assisted storage until authorized staff are ready to retrieve them, ensuring both chain of custody and clinical integrity.

Seamless indoor–outdoor logistics for healthcare and industry

The joint solution is designed for end‑to‑end indoor–outdoor autonomy, with Ottobots transitioning naturally between different environments and operational domains. Ottobots can travel from hospital wards or production lines through corridors and elevators, exit buildings, and navigate outdoor sidewalks or service roads to reach Arrive Points positioned at perimeters, loading zones or satellite facilities.

Key market segments include:

• Healthcare – Movement of medical supplies, lab specimens, pharmacy orders and non‑critical items between wards, labs, pharmacies and off‑site facilities, orchestrated through Arrive Points and Ottobots to relieve staff from routine transport.

• Industrial and logistics campuses – Movement of parts, tools, MRO items, quality samples and documents between warehouses, production lines, QA labs and offices, with Arrive Points acting as always‑available handoff points while Ottobots adapt to dynamic shop‑floor and yard conditions.

With customers in North America, Europe and Asia, Ottonomy and Arrive AI are demonstrating that a single AI‑driven architecture can support both regulated healthcare workflows and demanding industrial operations—while Ottobots are manufactured in India for global deployment.

AI made in India, built for the world

Ottonomy’s autonomy stack runs advanced perception and decision‑making models directly on the robot, enabling safe, low‑latency operation without constant cloud connectivity. This aligns with India’s broader AI mission to build infrastructure and applications that are scalable, affordable and oriented toward public good, a central theme of the India AI Impact Summit 2026.

By bringing intelligent autonomy to physical robots operating in hospitals, factories and cities, Ottonomy is positioning Indian‑built AI and robotics as a key contributor to the country’s growing role in global AI discussions.

India: Hyperlocal deliveries and smart infrastructure with Skyeair Mobility

In India, Ottonomy, Arrive AI and Skyeair Mobility are collaborating to reshape hyperlocal deliveries, quick‑commerce and smart city infrastructure. Ottobots and Arrive Points handle buildings, tech parks, campuses and residential complexes, while Skyeair’s drones extend the network over longer distances in dense urban corridors.

This combination allows quick‑commerce and e‑commerce players to offload time‑sensitive orders onto a multi‑modal, autonomous network that reduces road congestion and improves delivery predictability. Cities and infrastructure operators can leverage the same stack to support smart‑city initiatives, integrating robots, smart pods and drones with digital traffic systems and urban planning.

“Arrive Points act as the connective tissue across ground robots, drones and human workflows,” said an Arrive AI spokesperson. “Our work with Ottonomy at Hancock Health shows how asynchronous infrastructure and autonomous robots can transform hospital logistics, and our collaboration in India with Skyeair demonstrates the same model for quick‑commerce and smart cities.”