Despite current flaws like bias and inaccuracy, AI technology is on a constant trajectory of improvement, similar to all historical technological advancements.
The potential for technological progress is contingent on humanity surviving its self-destructive tendencies, a concept explored through the Fermi paradox.
AI is revolutionizing prosthetics by decoding brain and muscle signals, enabling intuitive control and creating two-way communication for sensory feedback.
AI enables personalized medical diagnostics, early disease detection, and on-demand tissue engineering by creating digital twins and integrating with CRISPR technology.
Autonomous vehicles and ubiquitous computing create ambient intelligence, offering unprecedented independence and equity for people with disabilities through automated transport and adaptive living spaces.
AI is transforming assistive tools from passive aids into smart, adaptive systems that provide real-time feedback, navigation, and sensory transition for users.
Within a few years, AI will achieve nearly 100% automated accessibility test coverage and generate fully accessible code, making it a data problem, not a capability problem.
Accessibility professionals must evolve by shifting from execution to strategy, mastering AI tools, focusing on ethics, and leading the conversation on human-centric design.
51:09Léonie Watson, Artur Ortega, Karl Groves & Geri Reid & Sara Joy
50:38Artur Ortega
31:30Ramona Domen
37:41Geri Reid
50:33Léonie Watson
45:09Gunnar Grosch
56:00Karl Groves
1:42:35Chris Heilmann, Daniel Cranney & GrahamTheDev
Jobs that call for the skills explored in this talk.
Wolters Kluwer
Alphen aan den Rijn, Netherlands
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Collaboration Betters The World GmbH
