Ottonomy
Built on NVIDIA, Ottonomy said that its Ottumn.AI platform brings physical AI orchestration to healthcare, logistics and smart cities through one unified platform.
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Ottonomy
Built on NVIDIA, Ottonomy said that its Ottumn.AI platform brings physical AI orchestration to healthcare, logistics and smart cities through one unified platform.
Ottonomy announced the launch of its new platform, Ottumn.AI at the India AI Summit.
Built using NVIDIA AI infrastructure and with support from the NVIDIA Inception program, Ottonomy said that this platform is designed to orchestrate autonomous robots, drones and smart infrastructure for applications in healthcare, manufacturing and local commerce.
Ottonomy said that Ottumn.AI is a cloud‑based orchestration and integration platform that connects modular robots and smart infrastructure - enabling drones, cleaning robots, patrolling robots, smart mailboxes, elevators and building systems to work as one.
The company said its platform demonstrates its abilities through asynchronous deliveries, enabling goods to be moved, picked up and dropped off without human involvement at the point of exchange.
Ottumn.AI involves integration with partners such as Arrive AI and Skye Air Mobility, creating a system where ground robots, aerial drones, elevators and smart mailboxes (Arrive Points) communicate seamlessly.
"With Ottumn.AI, we're moving from isolated automation to orchestrated autonomy - the first asynchronous deliveries framework connecting robots, drones, Arrive Points, elevators and access doors in live environments like hospitals, sidewalks or campuses," said Ritukar Vijay, founder and CEO of Ottonomy. "Built using NVIDIA AI infrastructure and enabled by partnerships with Arrive AI and Skye Air Mobility, Ottumn.AI delivers the intelligence, safety and scale required to navigate complex physical environments."
Ottonomy said that Ottumn.AI is powered by a “neurosymbolic” approach that combines modern AI (vision‑language models) with strict safety rules (symbolic logic), ensuring that robots can see and understand their environment while strictly following safety and operational regulations.
The platform features a multi-layer architecture that the company said unifies edge intelligence, infrastructure control and cloud orchestration:
Together, Ottonomy said that these layers deliver an adaptive, explainable, and infrastructure-aware robotic ecosystem ready for industrial and urban automation.
Ottumn.AI uses NVIDIA Isaac Sim to create digital twins for testing, NVIDIA Jetson for on‑device computing and NVIDIA accelerated computing to manage fleets globally.
Ottonomy said it also plans to use NVIDIA Cosmos open world foundation models and NVIDIA Nemotron family of open models with open weights, training data and recipes for future development.
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