Nvidia introduces a set of AI solutions for robotics

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 Nvidia Corporation has announced a set of AI models, libraries, and infrastructure tools aimed at robotics developers. The key product is Cosmos Reason — a visual-language model with 7 billion parameters that can ‘reason’ and plan actions for physical AI applications and robots.

Among other novelties:

  • Cosmos Transfer-2 -neural network for accelerated generation of synthetic data based on 3D simulations and spatial control signals;
  • optimized version of Cosmos Transfer — with an emphasis on speed.

Nvidia notes that the solutions allow you to create synthetic text, graphics, and video datasets for training robots and AI agents. Cosmos Reason uses memory and knowledge of physical laws to make decisions and plan.

The company also introduced libraries for neural reconstruction, including a rendering module that recreates the real world in 3D based on sensor data. This technology is integrated into the open CARLA simulator. Updated and the Omniverse kit.

Nvidia has released new servers to handle heavy workloads:

  • RTX Pro Blackwell Server — unified architecture for robotics tasks;
  • DGX Cloud is a cloud-based development management platform.

The announcements reflect Nvidia’s expansion into the robotics sector, where the company sees growing demand for graphics cards.

The industry is still experiencing an AI shortage

Unitree CEO  Wang Xingxing said that the key challenge in the industry is the integration of AI, which is necessary for the mass adoption of humanoid robots.:

‘The industry understands what direction to move in, but so far no one has implemented it.’

According to Wang, the situation resembles the ‘breakthrough moment of ChatGPT’ in 2022, and growth in the robot segment is expected within 1-3 years.

Unitree has unveiled  the $5,900 R1 humanoid robot, but mass production has not yet been launched.

China is actively developing this area: in 2025, it hosted a half marathon among robots, a muay Thai tournament and football competitions. However, most of the participants showed unstable performance — they stumbled, lost their balance and did not always reach the finish line.

Unitree became widely known after its robots were shown at the national Spring Festival gala.