Feb 19 (Reuters) - Microsoft (MSFT.O), opens new tab has developed an artificial intelligence model of a videogame which can help generate visuals and actions, the company announced on Wednesday.

And, crucially, that developer is still a human. Microsoft's research paper on Muse says the AI model is required to understand persistency, consistency, and diversity in order to succeed.

Microsoft has recently introduced Muse, an artificial intelligence model designed to generate both game visuals and gameplay actions. Developed in collaboration with Ninja Theory, a subsidiary of ...

Over 1 billion images and controller actions from players of Bleeding Edge were used as training data for Muse, a new genAI model from Microsoft that could be a game-changer for iterative game design.

Microsoft debuted Muse, a generative AI model that can be trained to output video game visuals and predict controller inputs. The company describes the technology as the future of gameplay ...

Microsoft has revealed the first details about Muse, a new generative AI model that can be used for gameplay ideation. Katja Hofmann, senior principal research manager and lead of the Microsoft ...

Microsoft has announced Muse, a generative AI model that can "generate game visuals, controller actions, or both". The company is calling it the first example of a WHAM, or World and Human Action ...

Microsoft has launched Muse AI, a dedicated generative model in partnership with Ninja Theory Games Muse can produce in-game visuals based on training data provided by Bleeding Edge, a game by the ...

In example footage, it was shown how the model could generate "complex gameplay sequences" over multiple minutes by predicting how the game would evolve based around just one second of human gameplay.

Microsoft, a close partner and significant shareholder of OpenAI, has proceeded to host DeepSeek’s new AI model, known as the R1 reasoning model, on its Azure AI Foundry service.

Explore Magma, a foundation model that can empower AI assistants to interpret environments, plan actions, and execute tasks across digital and physical spaces. Now available, learn how it advances the ...