Nvidia, a global leader in AI and accelerated computing, has announced that its robotics ecosystem now includes over 2 million developers utilizing its robotics stack.
This milestone, revealed in August 2025, highlights the growing demand for Nvidia’s Jetson platform, launched in 2014, which has become a cornerstone for edge AI applications. The ecosystem, with over 150 hardware, software, and sensor partners, supports more than 7,000 enterprise customers across industries like manufacturing, logistics, healthcare, and agriculture.
Nvidia also introduced its next-generation Jetson Thor platform, designed for advanced physical AI and humanoid robots, and announced a Foxconn-manufactured humanoid robot prototype set to debut in November 2025.
A Thriving Robotics Ecosystem
Since its launch, the Nvidia Jetson platform has grown from a single computing module into a comprehensive ecosystem integrating simulation, perception, and decision-making capabilities. The growth to over 2 million developers reflects its critical role in enabling edge AI solutions, where real-time processing is essential for autonomous systems.
With more than 150 partners, including hardware manufacturers, software developers, and sensor providers, Nvidia has empowered over 7,000 customers to deploy AI-driven technologies in applications like delivery robots and smart farming tools.
The Jetson platform’s success stems from from its ability to process vast sensor data at the edge, enabling robots to perform complex tasks like navigation, object manipulation, and real-time decision-making. Companies like Lucid Bots, Peer Robotics, and Diligent Robotics leverage Jetson for tasks ranging from industrial cleaning to hospital assistance.
For example, Peer Robotics’ Peer 3000, an autonomous pallet jack, uses Jetson AGX Orin for warehouse navigation, while Diligent Robotics’ Moxi robot relies on Jetson Xavier for hospital tasks.
Jetson Thor: Powering the Future of Humanoid Robotics
Nvidia’s Jetson Thor platform is a significant advancement for physical AI and humanoid robotics. Built on the Blackwell architecture with a transformer engine delivering 800 teraflops of 8-bit floating-point AI performance, Jetson Thor is designed to handle the computational demands of humanoid robots.
It supports popular AI frameworks and generative AI models, integrating seamlessly with Nvidia’s cloud-to-edge software stack, including tools for robotics simulation, vision AI, and real-time sensor processing.
Jetson Thor’s modular architecture optimizes performance, power, and size, enabling robots to execute tasks like real-time object recognition, natural language processing, and autonomous navigation. With 7.5x more AI compute, 3.1x more CPU performance, and 2x more memory than its predecessor, Jetson Orin, Thor is set to power next-generation robots, including surgical assistants, delivery systems, and humanoids. Leading robotics companies like Agility Robotics, Boston Dynamics, and Figure AI are adopting Jetson Thor for advanced humanoid projects, such as Agility’s Digit and Boston Dynamics’ Atlas.
Foxconn Partnership and Humanoid Robot Prototype
Nvidia is collaborating with Foxconn, the world’s largest electronics manufacturer, to advance humanoid robotics. Foxconn is preparing production lines in its Houston facility to manufacture Nvidia’s GB300 AI servers and a humanoid robot prototype, with a public debut planned for November 2025.
This marks the first time Nvidia products will be assembled with humanoid robot assistance, showcasing a step toward automated manufacturing. Foxconn’s robotics division is developing two versions of the prototype—one with legs and another on a wheeled autonomous mobile base, the latter being a cost-effective option for factories.
The robots, powered by Nvidia’s Jetson Thor and Isaac GR00T N1 foundation model, are being trained for tasks like cable insertion, object placement, and assembly to enhance production efficiency. Foxconn’s Houston factory, designed for robotic integration, is set to begin operations in Q1 2026. This partnership builds on Foxconn’s automation efforts, including its 2011 plan to deploy 1 million robots and its 2016 initiative to automate entire production lines.
A Vision for Physical AI
Nvidia’s push into humanoid robotics reflects its vision for “physical AI,” where intelligence is embodied in robots that interact naturally with humans and environments. CEO Jensen Huang predicts humanoid robots will transform manufacturing within five years, supported by advancements in generative AI and simulation technologies. These tools enable developers to train robots in virtual environments, bridging simulation and real-world applications.
The partnership with Foxconn and the Jetson Thor platform position Nvidia as a leader in this transformative field. By providing the computational backbone for humanoid robots, Nvidia is enabling a future where robots assist in manufacturing, healthcare, and logistics, addressing challenges like labor shortages and operational efficiency. However, as Nvidia’s VP of robotics noted, widespread deployment of production-ready humanoids in 2025 is unlikely due to complexities in sensor technology and ethical considerations.
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Looking Ahead
Nvidia’s robotics ecosystem, now 2 million developers strong, is driving innovation at an unprecedented scale. The Jetson Thor platform, combined with Foxconn’s manufacturing expertise, sets the stage for a new era of humanoid robotics, with a prototype debut slated for November 2025. As Nvidia integrates its AI, simulation, and computing platforms, it is paving the way for robots to become integral to industries and daily life, reshaping how we work and interact with technology.
