State of the Union: The move comes after Zuckerberg called for open access to Chinese AI models. The post Zuckerberg Unveils New Open Source AI Called ‘Muse Glimmer’ appeared first on The American Conservative .
On Monday, tech company Meta announced the introduction of a new AI model called “Muse Glimmer.” According to Meta CEO Mark Zuckerberg, Muse Glimmer differs from many competing AI models—like OpenAI’s ChatGPT or Anthropic’s Claude—because it is both open-source and designed to run on a laptop or local hardware rather than on cloud infrastructure. In a letter released to accompany the release of Muse Glimmer, Zuckerberg wrote that “most other labs are focused on building AI for companies, governments, or other institutions,” and warned that “if those labs lead, then the balance of power will favor larger institutions over individuals.” Instead, he claims that his company is working to empower individuals by…Open
The White House does not plan to publicly release its new framework for evaluating advanced AI models, three sources familiar with the discussions told Axios. Why it matters: The voluntary framework has global implications for AI security, but details will only be made available to the companies that are part of the process. - Keeping it private means companies, policymakers, researchers and U.S. allies outside the process will be left guessing how the administration plans to implement one of its key AI policies. Driving the news: The White House on Tuesday held staff-level meetings with industry to go over the recently completed framework. Companies that weren't invited remain in the dark about its contents. - The AI framework comes…
As Silicon Valley debates how artificial intelligence software should be created, “open weights” have been a major part of the discussions. Here’s what to know.
For the first time, Guardians joined Airmen to work side-by-side with software developers during the Multi-Decision Advantage Sprint for Human-Machine Teaming, a two-week experiment evaluating how AI tools can effectively integrate to solve complex problems in contested environments.