Revolutionary software developed at the University of Michigan uses AI to generate live audio descriptions of surroundings for people who are blind or have low vision.
WorldScribe Brings Visual World to Life for Blind Users
Set to be showcased at the ACM Symposium on User Interface Software and Technology next week, WorldScribe represents a significant leap forward in assistive technology by offering context-aware descriptions that adjust based on user needs, such as proximity, environmental noise, and how long an object remains in view.
Sam Rau, a trial participant who was born blind, described the experience as transformative. “I don’t have any concept of sight, but when I tried the tool, I got excited by all the color and texture that I wouldn’t have access to otherwise,” Rau shared, adding that WorldScribe helps people focus on their surroundings without needing to mentally piece together fragmented information.
Real-Time Narration and Adaptive Features
As users move their phone cameras around a room, WorldScribe generates live audio descriptions, identifying objects in the frame—from laptops to bookshelves. The descriptions update in real time, prioritizing the closest objects and adjusting the level of detail based on the user’s focus. For example, a quick glance at a desk might trigger the word “desk,” while a longer look would reveal details about the items on the desk.
The software uses three different AI models to manage varying levels of detail:
- YOLO World: Provides brief, simple descriptions for fleeting objects.
- GPT-4: Offers in-depth descriptions for objects in focus longer.
- Moondream: Delivers intermediate-level details for broader overviews.
A Game-Changer for Accessibility
“Providing rich and detailed descriptions for a live experience is a grand challenge for accessibility tools,” said Anhong Guo, assistant professor of computer science and a corresponding author of the study. “We saw an opportunity to use increasingly capable AI models to create automated and adaptive descriptions in real-time.”
While the tool shows enormous potential, some trial participants noted occasional difficulties detecting small objects, such as an eyedropper. Rau added that while the technology is still somewhat cumbersome, he envisions using it daily if integrated into wearable devices like smart glasses.
U-M Eyes Future Developments for WorldScribe
With patent protection already filed and plans for commercialization underway, the University of Michigan researchers, along with U-M Innovation Partnerships, are actively seeking collaborators to refine the technology. As the team works to improve usability, WorldScribe has the potential to become a vital tool in enhancing everyday experiences for people who are blind or have low vision.
The tool’s debut and study results will be presented at the ACM Symposium, with a demo scheduled for October 14 and a detailed presentation on October 16.
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