Marking one of the most exciting funding rounds of 2025, FieldAI, a rising star in robotics and AI, raised $405M from two consecutive funding rounds. The Nvidia-backed start-up aims to create universal robot brains to bring about a future where robots might walk, work, and interact alongside our day-to-day life.
Meet FieldAI.
Although officially founded in 2023, FieldAI has been in operation since 2016. Ali Agha, former NASA JPL Principal Investigator and group leader for the Robotics Ariel Mobility group,founded the company. Additionally, he spearheaded a team that significantly contributed to the first Mars helicopter mission.
The early works of the team that would go on to form FieldAI started in 2016 with the NASA BRAILLE Project.
Their goal was to develop a first-of-its-kind AI-robot autonomy that could explore lava tube caves without any satellite information or prior map. This was the start of physical (physics-first) AI for the now known FieldAI.
From 2018 to 2020, the team successfully solved the DARPA SubT Challenge. This prestigious robotics competition actively challenges robotic autonomy in underground environments.
The goal of the challenge was to create robots that could navigate, map, and search complex subterranean spaces without human control or maps. The team, which operated under the name COSTAR, participated in the “systems track” aspect of the competition.
Their participation led to the development of multi-robot coordination, complex navigation in subterranean spaces, and autonomous exploration. This led to the team winning the “Urban Circuit” of the DARPA challenge 2020 in 2020.
The victory in turn led to the validation of their technology. And placed the team as a leading force in the field of subterranean and autonomous robotics.
In 2021, the team transitioned from subterranean environments to large off-road vehicles in above-ground, complex terrains. This led to their participation in the DARPA RACER (Robotics for Automated Combat Effectors) program.
The team’s goal was to apply their “physics-first” AI and autonomy solutions to heavy machinery and passenger-sized vehicles. In 2022, the team set a record by being the first to clear all eight courses of the challenge on their first try.
In 2023, the team established FieldAI, with the goal of revolutionizing physical AI, which is FieldAI’s trademark technology.
The $405M Funding Boost
After securing two consecutive unknown-series funding rounds in August, FieldAI amassed a total of over $405 million. The first round raised $91M and the second $314,000, making it an oversubscribed funding round.
Due to the rapid customer adoption of FieldAI’s technology and multiple expansion contracts, the funding rounds were very successful. FieldAI has the track record and accolades to back up the efficiency and reliability of its technology. This led to prominent tech and business figures participating in the funding rounds.
Some notable figures include Bezos Expeditions, BHP Ventures, Canaan Partners, Emerson Collective, Intel Capital, Khosla Ventures, NVentures (Nvidia’s venture capital arm), Prysm, and Temasek. Previous investors in FieldAI include Samsung and Gates Frontier.
The Goal Behind the Funding
FieldAI is in the works of developing a single software “brain” capable of powering robots across different niches/environments. Robots from FieldAI are already operational across various industries in Japan, Europe, and the US.
With the core foundation of “physics first” AI, FieldAI has designed Field Foundation Models (FFMs), robots built for embodied intelligence. By leveraging this model robots can safely and reliably handle untrained scenarios (similar to the BRAILLE Project).
Robots with FFMS can safely and dynamically adapt to new and unexpected conditions without requiring reprogramming. This allows them to execute complex tasks reliably in unstructured environments.
According to FieldAI, the acquired funds will be used to:
- Accelerate the company’s global growth
- Expand its talent pool through strategic hiring
- Invest in improving its products across locomotion and manipulation.
What This Means for the Future
“Our team has spent years in the field, driving major breakthroughs in ‘field robotics’ and safety-crucial robotic AI in complex environments,” said Ali Agha, CEO of FieldAI.
“With FFMS, we are enabling robotic operations to scale seamlessly across diverse environments with varying risk profiles, moving beyond the constraints of traditional solutions,” he further stated.
FieldAI has always been about breaking limitations to modern-day robotics. The birth of FFMS could lead to the dawn of a futuristic age of thinking robots that can function independently of human control and programming.
As the race to develop intelligent machines intensifies, FieldAI has just positioned itself at the heart of the robotics revolution, with Nvidia as its ally.
