Ottobots, Arrive AI’s Arrive Points, and SkyeAir Mobility’s drones form an integrated, indoor–outdoor autonomous delivery system that moves goods with no human intervention.

In India, the collaboration scales hyperlocal and quick-commerce through first- and last-50-metre handoffs with Ottobots and Arrive Points, while SkyeAir extends coverage with drones.

Ottonomy unveiled its end-to-end autonomous delivery ecosystem at the India AI Impact Summit 2026, showcasing Made-in-India robotics powering logistics for healthcare, industrial campuses, and urban environments.

Industry notes emphasize reduced costs, relief from workforce constraints, and scalable deployments across healthcare, manufacturing, and urban infrastructure within a multi-modal, connected logistics network.

The multi-modal network aims to cut road congestion, improve delivery predictability, and support digital urban infrastructure, with on-robot perception and decision-making enabling low-latency operation without constant cloud connectivity.

Overall, the network targets congestion reduction, better delivery timing, and support for digital cities.

The integrated system targets healthcare and industrial campuses, enabling end-to-end indoor–outdoor autonomy and reducing labor demands while boosting delivery reliability and efficiency.

The ecosystem emphasizes scalable deployments, cost reductions, efficiency gains, and alleviating workforce constraints, positioning India-built AI and robotics as globally competitive.

Month-long live demonstrations will be held in Gurgaon and Bengaluru to showcase performance in dense urban markets.

Executives describe the initiative as a step toward scalable autonomous logistics and greener urban delivery systems.

Key use cases include healthcare—transporting medical supplies, lab specimens, and pharmacy orders—and industrial campuses—moving parts, tools, MRO items, and QA samples.

The healthcare and industrial campuses use cases leverage Arrive Points as constant handoff points to enable seamless indoor–outdoor movement.