
Gemini 4 Argon: Frontier AI for Complex Engineering and Science
Gemini 4 Argon is a high-performance AI model designed for complex, long-horizon tasks in science and engineering, featuring a breakthrough 1M-token output capacity.
Physical robots and robotic systems, including humanoid robots, industrial automation, hardware-software integration, and the intersection of AI with mechanical systems for real-world tasks.

Gemini 4 Argon is a high-performance AI model designed for complex, long-horizon tasks in science and engineering, featuring a breakthrough 1M-token output capacity.

FLUX 3 demonstrates that a single multimodal foundation model can master both high-quality media generation and real-world robotic control by learning a unified representation of physical reality.

oomwoo is a community-driven, open-source robot vacuum project that combines ROS 2 navigation with 3D-printable hardware for a cloud-free cleaning solution.

Gemini Robotics-ER 1.6 provides robots with enhanced spatial reasoning and instrument-reading capabilities to bridge the gap between AI and physical action.

Pokémon Go's massive database of crowdsourced AR images is now being used to provide centimeter-level navigation for autonomous delivery robots.

DeepMind’s Gemini Robotics AI is coming to Boston Dynamics’ Atlas humanoids to fast-track safe, scalable industrial use—starting in automotive manufacturing.

A Helix-centric, home-safe, mass-manufacturable humanoid with advanced perception, tactile dexterity, and fleet infrastructure to scale from homes to industry.