Ottonomy
Intelligence that has to work beyond the demo.
Ottonomy builds autonomous delivery robots for demanding indoor and outdoor environments. It is a clear expression of what we look for in physical AI: software, hardware, and operations designed as one system.
Visit OttonomyThe hard part of autonomy is not making a machine move once. It is making the full system perceive, decide, and act reliably in environments that refuse to stay controlled.
At Google, we learned what separates an impressive model from a production machine-learning system: feedback loops, infrastructure, edge cases, and relentless attention to reliability. Physical AI raises that bar. Errors no longer live only on a screen; they meet people, objects, weather, latency, and changing terrain.
Nikhil Tyagi brings the complementary systems lens. Across Broadcom, Apple, Tesla, Meta, and Qualcomm, he has spent two decades taking connectivity from silicon to shipped products. That experience sharpens the question behind this investment: can every layer work together under real-world constraints, not just in isolation?
Ottonomy fits that conviction. Its robots bring perception, planning, control, edge intelligence, and fleet operations into one deployed system. Each real-world run can create the operational data needed to improve the next one. That is the kind of compounding loop we want to back.
- Full-stack autonomy
- Perception, planning, control, and operations built together.
- Real deployment
- A system designed for dynamic indoor and outdoor environments.
- Edge reliability
- Intelligence that must perform where latency and connectivity matter.
- Data that compounds
- Operational experience that can strengthen the deployed system over time.

