Democratizing Accessibility Information: The Yes to Access Case Study on AI and Citizen Participation

Yes to Access is an AI-supported civic participation platform that focuses on improving accessibility in public infrastructure by enabling citizens to document and share accessibility information about buildings, transportation systems, and public spaces. Many individuals with disabilities encounter significant challenges when navigating urban environments due to the lack of reliable information about accessibility features. Facilities such as ramps, elevators, tactile pathways, accessible restrooms, and barrier-free entrances are often inconsistently implemented or poorly documented. As a result, individuals with disabilities frequently face uncertainty when planning travel, visiting institutions, or accessing public services.

The Yes to Access initiative aims to address this challenge by creating a collaborative ecosystem where accessibility information can be collected, analyzed, and shared at scale. The platform allows citizens, disability advocates, and organizations to contribute data about the accessibility status of locations. Users can submit reports, photos, and descriptions that indicate whether a particular location meets accessibility standards. Artificial intelligence tools are used to organize and analyze this data, helping identify patterns, accessibility gaps, and areas where improvements are needed.

One of the key features of the platform is its ability to generate accessibility maps that highlight inclusive infrastructure across cities. These maps help persons with disabilities make informed decisions about routes, destinations, and public services. For example, a wheelchair user can identify locations with accessible entrances and pathways, while visually impaired individuals can identify areas equipped with tactile paving or assistive signage.

AI algorithms also assist in validating and categorizing submitted information, ensuring that data remains reliable and structured. By analyzing crowdsourced reports, the system can detect common accessibility issues across regions and provide insights to policymakers and urban planners. These insights can inform infrastructure development projects, accessibility audits, and compliance with disability rights regulations.

Beyond mapping accessibility features, Yes to Access also promotes community awareness and engagement. The platform encourages citizens to actively participate in making cities more inclusive by identifying barriers and advocating for improvements. Educational campaigns and partnerships with disability organizations help amplify the platform’s impact.

Overall, Yes to Access demonstrates how technology and civic participation can work together to promote inclusive urban development. By combining crowdsourced data with AI-powered analytics, the platform empowers individuals with disabilities to navigate cities more confidently while also encouraging institutions to improve accessibility standards.

For additional context and detailed documentation of this use case, please refer to pages 63-65 in the attached Casebook.