FieldAI-powered robots operate mapless autonomy across a construction and industrial site for monitoring and inspection.
Undisclosed, August 21, 2025
FieldAI announced $405 million raised across two rounds, including a $315 million tranche, driving its valuation to about $2 billion. The company develops Field Foundation Models (FFMs) that enable robots to operate without maps, GPS, or pre-defined travel paths, cutting deployment time and cost. FFMs are hardware-agnostic and run on humanoids, autonomous vehicles and other platforms. Training mixes real customer-site data with synthetic data from thousands of simulations. Early deployments focus on monitoring, surveying and inspections. The new funding will accelerate engineering, global expansion and hiring to roughly triple headcount as FieldAI scales commercial operations.
Updated: 15:09 EDT on August 20, 2025
Robotics software developer FieldAI Inc. raised a total of $405 million across two funding rounds, with the largest tranche coming as approximately $315 million in the most recent round led by a group of major investors. The new capital lifts the company’s reported valuation to about $2 billion, up from roughly $500 million a year earlier. Company plans include accelerating engineering work, expanding internationally and nearly doubling staff before year end.
The company says proceeds will be used primarily to expand the engineering team and grow global operations. Hiring is expected to push headcount from a prior baseline — around 30 employees late last year — to roughly 100 by the end of the year. Leaders describe the increases as meant to speed product development across locomotion and manipulation capabilities and to scale deployments in more regions.
FieldAI provides an autonomy platform for robots that is designed for use in demanding, changing environments such as construction sites and industrial plants. The platform is centered on a class of models the company calls Field Foundation Models (FFMs). FFMs are presented as an embodiment-agnostic autonomy brain that can be installed on a variety of hardware, from humanoid robots to autonomous vehicles and other systems, without extensive per-robot customization.
The company trains FFMs using a mix of real-world data collected at customer sites and synthetic data generated in simulation. Synthetic data creation relies on thousands of robot simulations, which the company runs using an open-source simulation tool developed by a leading GPU vendor. FieldAI’s development approach places emphasis on architectures designed to be risk-aware and to provide confidence estimates for navigation decisions, enabling operators to set thresholds that can prevent a robot from acting in high-risk situations.
A key capability promoted by the company is the ability to operate without pre-mapped environments. Traditional robot deployments often require a detailed map of a location before a robot can be used; that mapping process can take weeks and becomes impractical for fast-changing sites. FieldAI describes FFMs as able to navigate without maps, without GPS, and without pre-defined travel paths, reducing setup time and the engineering effort needed to put robots into service. The platform also supports coordinated deployment of multiple robots in the same facility.
Reported uses include construction monitoring to track adherence to plans and plant floor inspections for equipment condition and safety. The company says its software has been deployed across hundreds of industrial locations and supports multi-million-dollar contracts across several regions, with ambitions to expand those footprints globally.
The largest recent tranche, cited at roughly $315 million, was led by several high-profile investors, and the rounds include participation from venture arms of multiple major technology firms. Different public summaries show slight variations in the exact figures for the latest round (reporting lists about $314 million in one instance), while the total raised across the two rounds is consistently reported at about $405 million. Prior investors and new participants together broaden the company’s backer base.
FieldAI positions FFMs as better suited for physical autonomy than adapting large general-purpose language and vision models to robots as an afterthought. The company emphasizes integrating physics-based models and risk-aware design to handle unpredictable conditions. Independent coverage has noted features such as decision confidence estimation and the ability to block risky actions, which are aimed at reducing navigation errors and increasing operational safety.
The company plans to apply the fresh capital to expand engineering velocity and international presence, advance product development across locomotion and manipulation, and hire strategically to support those goals. Future work is expected to broaden the types of tasks the platform supports beyond monitoring and surveying toward more complex autonomous operations.
FieldAI builds autonomy software for robots, focused on operating in unpredictable, changing environments using what it calls Field Foundation Models (FFMs).
The company raised about $405 million across two rounds, including a recent tranche of roughly $315 million. Some summaries report a $314 million figure for the latest round; overall totals are consistent near $405 million.
Investment participation includes a mix of strategic and financial investors, including several high-profile backers and the venture arms of large technology firms.
FFMs are models designed to provide an embodiment-agnostic autonomy layer for different robot types. Training combines real-world data gathered at customer sites with synthetic data produced by thousands of robot simulations.
The company states FFMs can operate without pre-mapped environments and without GPS, enabling faster deployment in fast-changing settings like construction sites.
Funds are earmarked for product development, hiring to double headcount, and international expansion to scale deployments and engineering velocity.
Feature | Description |
---|---|
Funding | Approximately $405 million raised across two rounds; largest recent tranche around $315 million. |
Valuation | Reported valuation near $2 billion, up from roughly $500 million a year earlier. |
Core technology | Field Foundation Models (FFMs): embodiment-agnostic autonomy models trained on real and synthetic data. |
Simulation | Synthetic data generated from thousands of robot simulations using an industry-standard open-source simulation tool. |
Mapless operation | Models claimed to operate without maps, GPS, or predefined robot travel paths. |
Deployment | Designed for rapid deployment in dynamic environments, supporting multi-robot coordination and industrial monitoring tasks. |
Headcount plan | Plans to nearly double staff by year end to accelerate engineering and international growth. |
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