Researchers have developed Vision-Braille, an AI-powered tool that translates Chinese Braille images into text, significantly improving educational accessibility for visually impaired students in China. This innovative system leverages the mT5 model and RetinaNet for high-accuracy translation, aiming to bridge the educational resource gap and support students' academic aspirations.
WHO/Europe has introduced a new data dashboard, providing streamlined access to information and evidence related to assistive technology policies and services.
In this AppleVis Extra episode, David Nason and Thomas Domville (AnonyMouse) interview Sarah Herrlinger, senior director of Global Accessibility Policy and Initiatives at Apple. They explore Apple’s ongoing dedication to accessibility, spotlighting exciting new features designed to better support users with disabilities. The conversation covers several highlights, including Accessibility Nutrition Labels, Braille Access Mode, Magnifier for Mac, and the role of AI in accessibility enhancements. Key Highlights:
Mark Jackson, a patient with ALS, controls an Apple Vision Pro virtual-reality headset with help from a brain computer interface implant from Synchron.Apple is embracing the world of brain computer interfaces, unveiling a new technology that one day could revolutionize how humans interact with their devices.The company is taking early steps to enable people to control their iPhones with neural signals captured by a new generation of brain implants. It could make Apple devices more accessible to tens of thousands of people who can’t use their hands because of severe spinal cord injuries or diseases such as amyotrophic lateral sclerosis, or ALS.
Your weekly dose of information that keeps you up to date on the latest developments in the field of technology designed to assist people with disabilities and special needs.Special Guest: Tim Yat…...
Adaptation Ventures is transforming inclusive innovation by launching the nation’s first angel group dedicated to early-stage disability and accessible technology startups...
What if the right tools could unlock a student’s voice—and change the trajectory of their future? In this moving story from Laramie County School District 1, we meet students like PJ—facing challenges like autism, cerebral palsy, and traumatic brain injuries—who are now writing essays, dreaming big, and gaining independence thanks to Microsoft Learning Tools.
With the power of accessible technology, these students aren’t just participating in class—they’re thriving. From speech-to-text features to immersive reading tools, see how Microsoft Education is helping rural schools provide real opportunity, equity, and independence for every learner.
In this video, we’re diving into all the latest updates to the Meta Ray-Ban Smart Glasses for 2025, including two game-changing features that just rolled out in April. Whether you're new to the Meta glasses or a longtime user, these updates bring some major quality-of-life improvements—especially for those of us in the blind and visually impaired community.
I walk through how features like real-time object recognition, hands-free translation, Audible audiobook streaming, and enhanced Spotify voice controls are improving daily life. We also talk about international expansion for music app compatibility and the upgraded AI voice options—yes, even celebrity voices like John Cena!
Despite delays and limited outreach, Bulgaria’s EU-funded assistive technology programme offers life-changing support to people with disabilities. NGOs are calling for broader access and long-term sustainability.
To mark World Day for Assistive Technology, WHO/Europe’s new guide offers a practical framework to help countries and stakeholders improve access to assistive technology (AT), through better understanding of AT markets and targeted interventions to address market shortcomings. AT includes a wide range of devices, such as wheelchairs, hearing aids, prosthetics and communication devices, which enable people with disabilities, older people and those with particular health conditions to live independently and participate fully in society. Yet, globally, only 1 in 10 people who need these products have access to them.
In this video, I take you on a deep dive into Observo, the powerful object recognition app now available on the BlindShell Classic 3 — the innovative phone built specifically for the blind and visually impaired. Observo uses AI to identify objects in your environment, helping you navigate your world with greater independence and confidence.
Whether you're trying to identify household items, sort groceries, or explore unfamiliar surroundings, Observo turns your BlindShell Classic 3 into a smart visual assistant. Simply open the app, point the camera, and let Observo describe what's in front of you — all with accessible audio feedback and easy-to-use controls.
Observo is one of the many exciting upgrades on the new BlindShell Classic 3, further proving that accessibility and innovation can go hand in hand.
AI is shaping the future—but inclusion won’t happen by default.
In this empowering video, Tinybit’s Founder highlights the crucial role every individual can play in making AI more inclusive for people with disabilities. Whether you’re in tech or simply care about equity, your voice and action matter.
Inclusive AI starts with inclusive conversations—and you can help lead them.
Google has unveiled a new wave of AI-driven and accessibility-focused updates across Android and Chrome, reinforcing its commitment to making technology more...
Does An Ergonomic Mouse Help With Carpal Tunnel? In this informative video, we will discuss the role of ergonomic mice in supporting students, particularly those in special education and inclusive learning environments. We will explain what an ergonomic mouse is and how its design helps promote a more natural hand position, potentially reducing discomfort during computer use. The video will highlight the importance of these devices in creating accessible technology solutions for students who may experience wrist strain or discomfort due to prolonged computer use.
I find myself increasingly asking what value do I get out of existing commercial accessibility testing tools? What do they catch? What do they not catch? I ask because I want to improve on the results, and I also want to know what exactly I need to manually inspect a web page for. So let's start wit
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