Abstract: A method and system for detecting accessibility issues in UI components of a mobile device software application is presented.

Abstract: The system and method for improving navigability of digital interfaces for accessibility technology users is presented. The method includes receiving a prototype of a design of a digital interface and underlying data structures, wherein a prototype is an interactive, visual representation of plurality of layouts of a digital interface that simulates a user experience of navigating between the layouts; annotating each graphical user interface (GUI) element of the prototype with a label that provides sufficient detail to identify the purpose of the GUI element; verifying that a user flow is executable on the prototype, wherein a user flow is a navigation path by an accessibility technology user through the layouts of the prototype; generating a score for the prototype based on a level of accessibility of the prototype for the user flow; and implementing improvements in the prototype, wherein implementing improvements serve to increase the score for the user flow.

Abstract: The method and system for detecting accessibility issues in web pages for assistive-technology users are presented. The method includes generating a prompt for a language model integrated with a first AI agent, the prompt including a task for the first AI agent on a web page using actions configured to mimic interactions expected of an assistive-technology user; providing the prompt to the language model, wherein the language model is trained to determine a first action for the first AI agent on the web page; performing, by the first AI agent, the determined first action on the web page by interacting with a component in the user interface of the web page; receiving, by the first AI agent, an output from the assistive-technology in response to performing the determined first action; and detecting at least one accessibility issue for an assistive-technology user based on actions performed and outputs by the assistive-technology.

Abstract: The method and system for resolving conflicting user-interface (UI) component classifications for accessibility testing are presented.

Abstract: A method for analyzing Web content includes receiving a request to validate accessibility compliance of a target User Interface (UI) component in the Web content. In response to the request, executable code is run, including (i) simulating dynamic user interaction with the target UI component, (ii) monitoring a reaction of the target UI component to the simulated user interaction, and (iii) validating the accessibility compliance of the target UI component based on the reaction to the simulated dynamic user interaction.