Category robots in business

Announcing our novel watermarking method for AI-generated text and video, and how we’re bringing SynthID to key Google products

Announcing our novel watermarking method for AI-generated text and video, and how we’re bringing SynthID to key Google products

Announcing our novel watermarking method for AI-generated text and video, and how we’re bringing SynthID to key Google products

Announcing our novel watermarking method for AI-generated text and video, and how we’re bringing SynthID to key Google products

Announcing our novel watermarking method for AI-generated text and video, and how we’re bringing SynthID to key Google products

Announcing our novel watermarking method for AI-generated text and video, and how we’re bringing SynthID to key Google products

Announcing our novel watermarking method for AI-generated text and video, and how we’re bringing SynthID to key Google products

We’re introducing a series of updates across the Gemini family of models, including the new 1.5 Flash, our lightweight model for speed and efficiency, and Project Astra, our vision for the future of AI assistants.

We’re introducing a series of updates across the Gemini family of models, including the new 1.5 Flash, our lightweight model for speed and efficiency, and Project Astra, our vision for the future of AI assistants.

We’re introducing Veo, our most capable model for generating high-definition video, and Imagen 3, our highest quality text-to-image model. We’re also sharing new demo recordings created with our Music AI Sandbox.

We’re introducing Veo, our most capable model for generating high-definition video, and Imagen 3, our highest quality text-to-image model. We’re also sharing new demo recordings created with our Music AI Sandbox.

Announcing our novel watermarking method for AI-generated text and video, and how we’re bringing SynthID to key Google products

Announcing our novel watermarking method for AI-generated text and video, and how we’re bringing SynthID to key Google products

A robot, designed to mimic the motion of a snail, has been developed by researchers at the University of Bristol.

Sat in a circle on the nursery floor, a group of Swiss three-year-olds ask a robot called Nao questions about giraffes and broccoli.