MUMBAI, India, June 26 -- Intellectual Property India has published a patent application (202641069507 A) filed by Perl College Of Arts And Science on June 03, 2026, for Ai Powered Voice Messaging Assistant For Visually Challenged Smartphone Users.
Inventors include Kannirajalingam T; Authibhuvaneswari T; Anushya Mary R; Ganga. T; Ramya R; and Afrin Begum A.
The application for the patent was published on June 19, 2026, under issue no. 25/2026.
Abstract: ABSTRACT The present invention is directed to a voice-first mobile messaging application particularly tailored to support visually impaired users so that they can communicate seamlessly, independently and efficiently with speech-driven interactions. Text-based messaging apps are mostly visual, touch-driven and text-based, which can be difficult for people with low vision or other visual impairments. Accessibility services like a screen reader offer some support, but it may require several navigation steps and a greater cognitive effort along with an understanding of complex interactions with the smartphone. The proposed invention overcomes these problems by providing an intelligent Android-based communication platform that functions mostly via voice commands, audio feedback, gesture backed-up controls, and speech backups aided by the use of artificial intelligence. The system allows users to send, record and send vmce messages with natural language commands, like "Send message to John," without having to open the messaging apps. The invention provides automated contact recognition, real-time speech interpretation, automatic recording of voice messages and smart routing of the voice messages in the native application or via third-party platforms like WhatsApp and Facebook Messenger via secure integration mechanisms and accessibility APis. The invention also provides for AI-driven noise suppression, speech improvement, speech-tospeech translation or interpretation in multiple languages, optional voice-to-text transcription, and emergency communication capabilities for immediate support requests. Offline message queuing provides users with the ability to store and retain messages when no Internet connection can be made and then automatically send them when the connection is restored. Personalized settings allow for the adjustments of the voice feedback speed, language preferences, confirmation protocols and gesture sensitivity. The invention provides a significant improvement in digital accessibility, communication speed, independence and user confidence for the visually impaired through reducing visual dependence and easing interaction with today's messaging environments. The proposed system is a scalable and practical assistive communication technology for inclusive digital communication environment.
Disclaimer: Curated by HT Syndication.
