All articles tagged with #assistive technology
UK startup CrossSense’s Wispy AI glasses project labels objects and projects visual prompts onto the lenses to guide daily tasks for people with early-stage dementia, with trials showing significant quality-of-life improvements and a planned UK release in 2027.
Seven-year-old Asger from Stroud with cerebral palsy became the UK's first person to trial a home-based powered exoskeleton (the Agilik orthosis by Bionic Power) costing around £72,000; his family paid £600 for a one-week trial, and the device enabled him to walk to school with greater independence, highlighting life-changing potential as well as ongoing affordability and maintenance challenges and the need for broader NHS support.
AI-powered apps like Be My Eyes and Envision act as audible mirrors for blind users, providing real-time feedback on appearance and makeup guidance, a development that can empower self-image but also raises concerns about AI bias, accuracy (including hallucinations), and potential mental-health effects, with limited research on long-term impact.
Meta's glasses, initially designed for social media, have become a valuable assistive tool for the blind and low-vision community, providing real-time descriptions of surroundings, menus, and signage, significantly improving independence and daily life for users like Lara Maudsley.
Meta has developed AI glasses that assist visually-impaired individuals by recognizing objects and reading text aloud, enhancing their independence and daily life activities, though the technology is still evolving and not a complete replacement for human assistance.
A UK government study reveals that AI tools like chatbots significantly benefit neurodiverse employees and those with disabilities by bridging workplace accessibility gaps, potentially transforming support for individuals with dyslexia, ADHD, and other conditions, though concerns about accuracy and dependence remain.
AlterEgo, a Boston-based startup, has developed a non-invasive device that allows users to issue voice commands to AI without speaking aloud, which could benefit both everyday users and those with speech impairments. The technology captures the intent to speak through cranial nerve signals and uses bone conduction to communicate, offering a less invasive alternative to brain implants. The product's release date and funding details remain undisclosed, but the company plans to showcase it at the Axios AI+ Summit.
Scientists have developed a brain-computer interface that can decode a person's inner speech with up to 74% accuracy, potentially aiding those with speech impairments by allowing them to communicate through thought alone, without requiring physical speech attempts.
Andy Evans, who became blind a year ago, has returned to work and improved his quality of life using Meta's AI glasses, which feature a camera, speakers, and voice-activated AI to help with daily tasks and obstacle detection, demonstrating the transformative potential of assistive technology.
AI tools like ChatGPT are helping neurodivergent individuals communicate more effectively and confidently, serving as empathetic and non-judgmental allies in social and professional interactions. While these tools offer significant benefits, experts warn about potential overreliance and the risks of reduced critical thinking and social engagement. Overall, AI is becoming a valuable resource for many in the neurodivergent community, though caution is advised.
Meta researchers are developing a gesture-controlled wristband that uses surface electromyography (sEMG) to interpret muscle signals, enabling users, including those with motor disabilities, to control computers through hand gestures without invasive procedures. The device aims to provide a non-invasive alternative to brain implants and EEG-based systems, with testing in collaboration with Carnegie Mellon for users with spinal cord injuries.
A new self-powered throat patch has been developed that can detect neck muscle movements and translate them into speech, potentially helping people with vocal cord damage or paralysis communicate. The patch harnesses movement to generate electricity, eliminating the need for a battery, and uses a machine-learning algorithm to translate muscle movements into speech. While promising, the patch is still in early stages of development and needs further testing. If successful, it could offer a more convenient and less invasive alternative to existing assistive technologies for speech disorders.
At the Consumer Electronics Show in Las Vegas, a Canadian woman with Parkinson's disease showcased the GyroGlove, a revolutionary hand stabilizer that effectively reduces tremors, enabling individuals to perform everyday tasks with ease. Developed by GyroGear, the glove incorporates advanced gyroscopic technology and is set to be further miniaturized in future iterations. The event also featured other innovative assistive technologies, including a compact guide device for the visually impaired, technology-packed glasses for the blind, and handheld scanners for students with learning disabilities or non-English speakers, highlighting the potential of tech to enhance the lives of individuals with disabilities.
The GyroGlove, a hand-stabilizing glove designed to counteract hand tremors using gyroscopic technology, debuted at CES 2024. Priced at $5,899 (currently on sale for $1,000 less), the device aims to provide more control and independence for people with Parkinson's Disease. While some users have found it helpful in daily tasks, its bulky design and high cost may limit accessibility. The company is working on making future iterations smaller and more sophisticated, and is in talks with insurance providers to potentially cover the cost for those in need.
The GyroGlove, a hand-stabilizing glove designed to counteract hand tremors using gyroscopic technology, debuted at CES 2024 and has been positively received by users like Roberta Wilson-Garrett, who found it helpful in performing daily tasks. The device, priced at $5,899 (currently on sale for $1,000 less), is registered as a medical device and is in talks with insurance providers for potential coverage. While the current iteration is bulky and expensive, the company aims to develop smaller and more sophisticated versions in the future, offering hope for those living with hand tremors.