Lenovo and the Scott-Morgan Foundation (SMF) have introduced an innovative AI-powered solution designed for individuals with amyotrophic lateral sclerosis (ALS) and severe disabilities. This breakthrough was announced during Lenovo Tech World ’24, showcasing a commitment to advancing accessibility through generative AI technology.
The collaborative solution combines a circular keyboard interface, predictive AI, personalized voice replicas, hyper-realistic avatars, and eye-tracking technology. It aims to enhance communication speed and accuracy for users. Currently, a proof of concept is in active testing with SMF’s community and leading clinicians.
Linda Yao, vice president of AI Solutions and Services at Lenovo, emphasized the partnership’s vision: “This is Smarter AI for All: applying transformative technologies to the most pressing human challenges.” LaVonne Roberts, executive director of SMF, highlighted the importance of giving voice to the voiceless, saying, “We’re not just imagining this world—we’re building it together with Lenovo.”
The initiative is particularly impactful for ALS patients, who face full-body paralysis as the disease progresses. Erin Taylor, a disability advocate with ALS, shared her experience using the technology to introduce Lenovo’s chairman and CEO, Yuanqing Yang, at the event, expressing hope in the capabilities of modern technology.
The complete solution runs on Lenovo’s ThinkPad x12 detachable PC, designed for versatility and ease of use. IrisBond’s eye-tracking technology and D-ID’s avatar generation are integral to the system, enabling lifelike interactions.
Andrew Morgan, CEO of SMF, remarked on the rapid advancements in assistive tech driven by AI, saying, “We have always believed that AI is the gateway for a revolution in assistive technology.” The project honors the late Dr. Peter Scott-Morgan, a visionary in robotics and assistive technologies.
As testing continues, the collaboration aims to refine and democratize assistive tech solutions, impacting millions with neurological conditions globally.
