• Ottobot completes an autonomous curbside parcel delivery orchestrated by Ottumn.AI. • Source: Ottonomy At the India AI Summit today, Ottonomy.IO launched its new Ottumn.AI orchestration platform for physical AI in healthcare, manufacturing, and local e-commerce. • The company built the platform on NVIDIA’s artificial intelligence infrastructure and with support from the NVIDIA Inception program. • Ottumn.AI is a cloud-based platform for safe and scalable robotics, according to Ottonomy. • It connects and integratesdrones,cleaningrobots, andpatrollingrobots with infrastructure such as smart mailboxes and building systems. • “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,” stated Ritukar Vijay, founder and CEO of Ottonomy.

Article Summaries:

  • Ottonomy.IO unveiled its Ottumn.AI orchestration platform at the India AI Summit, targeting physical AI in healthcare, manufacturing and local e‑commerce. Built on NVIDIA’s AI infrastructure and supported by the NVIDIA Inception program, Ottumn.AI links drones, cleaning and patrolling robots with smart infrastructure such as mailboxes, elevators and access doors. The platform uses a neurosymbolic approach-vision‑language models for perception combined with symbolic logic for planning-to ensure safety and regulatory compliance. It offers edge‑to‑cloud orchestration via NVIDIA Jetson and cloud GPUs, supports asynchronous last‑inch deliveries, and integrates with partners Arrive AI and Skye Air Mobility. The goal is a scalable, explainable robotic ecosystem for industrial and urban automation.
  • Ottonomy.IO unveiled its Ottumn.AI orchestration platform at the India AI Summit, positioning it as a cloud‑based solution for safe, scalable robotics across healthcare, manufacturing and local e‑commerce. Built on NVIDIA’s AI infrastructure and supported by the NVIDIA Inception program, Ottumn.AI connects drones, cleaning and patrolling robots with smart infrastructure such as mailboxes, elevators and access doors, enabling asynchronous delivery in live environments like hospitals and campuses. The platform uses a neurosymbolic approach-vision‑language models paired with symbolic logic-to ensure perception and rule‑based planning. Its multi‑layer architecture spans edge Jetson devices for low‑latency decisions, cloud GPUs for digital twins and fleet orchestration, and partnerships with Arrive AI and Skye Air Mobility for integrated logistics.

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