The year 2017 will be remembered as a major milestone in the relationship between technology and equality for people with disabilities.
Earlier this year, updates were finally approved to the Section 508 Amendment of the U.S. Rehabilitation Act of 1973. The Revised 508 Standards and 255 Guidelines have transformed turn-of-the-century accessibility for procurement and services of the U.S. federal government to encompass modern challenges and solutions. This new set of requirements provides organizations with a roadmap toward creating inclusive technologies that can benefit all individuals, including people with disabilities.
In anticipation of these new changes, IBM has already published a unified accessibility checklist and techniques in the public domain covering software, documentation and web content. We are one of the first to combine guidance for the Revised 508 Standards with the EN 301 549 standard in Europe, and the Web Content Accessibility Guidelines 2.0. The new checklist complements other IBM tools and open source that build on accessibility standards, such as the Dynamic Assessment Plug-In and the Verified Accessibility Samples (Va11yS).
As today marks the 27th anniversary of the Americans with Disabilities Act, it is important to reflect upon the evolving role technology plays in creating a more inclusive workplace and society. It’s a reminder of how far we’ve come, but also how much work is left to do. We must continue pushing technology to eliminate barriers so everyone can achieve their full potential at work and through life.
This is why IBM has always been at the forefront of establishing accessibility standards as they play a critical role in ensuring the interoperability of new technology and the acceleration of innovation upon a common foundation.
Additionally, IBM is pushing the boundaries of accessibility with new cognitive technologies. Our team in Japan has created a cognitive mobile voice navigation application that guides people with disabilities with an accessible route to their intended destination. It has been experimented and demonstrated in an underground pedestrian walkway and shopping center of Nihonbashi-Muromachi, a popular downtown district in Tokyo, Japan.
In our Almaden Research Center, we are working with U.C. Santa Cruz and the Santa Clara Valley Transportation Authority to leverage cognitive technology to develop accessible public transit services so passengers have more confidence in boarding the correct train or bus. And, to help students with learning disabilities, we developed Content Clarifier, which simplifies, summarizes, and augments content into a simplified form so people can consume and comprehend the most important concepts.
Finally, aging is a key priority. No other group faces more obstacles than the senior demographic – from acquiring disabilities associated with age to the loss of independence, and ability to stay connected with friends and family. The complexity, scale, and impact of aging motivates us to tackle one of the most challenging problems across the globe.
We have launched a Cognitive Eldercare initiative to transform the way seniors age in place. IBM is working with clients, such as Avamere and Sole Cooperativa, to develop cognitive IoT solutions where we use sensor data to monitor the daily activities and general health of our growing aging population to provide insights to improve care quality and operational efficiency.
On this important anniversary, we all need to re-commit to global inclusion and do our part to make “access for all” a true reality.
It’s now 30 years since the Americans with Disabilities Act (ADA) was signed into law in the United States. This important legislation sets out the rights of United States citizens with disabilities to access workplaces and communities. The ADA covers higher education, including access to conferences where academic research is presented. Accessibility for a large […]
In a typical interpreting scenario, there are three main actors: Deaf user, sign language interpreter, and hearing non-signer(s). When the deaf user signs, the interpreter would voice, so the non-signer hears the conveyed message. When the non-signer speaks, the interpreter will sign accordingly, so the deaf user receives the communication from the speaker. With the […]
This past August, I started my position as UX designer at IBM Accessibility. I was new to the team, and relatively new to the world of inclusive design—but only from a designer’s perspective. Born profoundly deaf, I brought with me a lifetime of experiences with accessibility (or lack thereof, in many cases). My second week […]