@Meta: Our AI models are powering new ways of moving. See how researchers at the University of Pittsburgh used SAM3 and DINO t…
Summary
Researchers at the University of Pittsburgh used Meta's AI models SAM3 and DINO to help build one of the most advanced wheelchairs in the world.
View Cached Full Text
Cached at: 07/27/26, 09:57 PM
Our AI models are powering new ways of moving. See how researchers at the University of Pittsburgh used SAM3 and DINO to help build one of the most advanced wheelchairs in the world https://t.co/6YYfQFOdLg
Similar Articles
Reimagining Independence: How Meta’s AI Models Are Helping the University of Pittsburgh Transform Assistive Robotics
Meta's AI models are being used by the University of Pittsburgh to advance assistive robotics, helping to restore independence for people with disabilities.
Meta's AI Models Are Powering the First Wave of Genesis Mission Projects
Meta's AI models are being used to power the initial wave of projects under the Genesis Mission initiative, highlighting the practical application of their AI technology in a new domain.
@AIatMeta: As a test of our progress to advance the frontier of AI research, in June we entered the next generation of our autonom…
Meta's autonomous AI research system AIRA₃ placed 8th out of approximately 4,000 teams to win gold in a NVIDIA Kaggle competition to fine-tune a 30B Nemotron model, outperforming human competitors with access to the same tools.
With new open models, Meta pitches another reboot of its struggling AI strategy
Meta is pitching a reboot of its AI strategy with new open models, arguing for personalized, decentralized AI instead of a single superintelligence. The company lags behind OpenAI and Anthropic, positioning itself as a US alternative to Chinese open-model labs like Alibaba and DeepSeek.
Neuralink Shows Trial Participants Driving Wheelchairs With Their Minds
Neuralink demonstrates its brain-computer interface allowing trial participants to control wheelchairs using only their thoughts, marking a significant milestone in neural prosthesis technology.