Abstract: The present disclosure relates to systems and methods for providing inclusive CAPTCHA. The method, in response to a user request for a webpage having CAPTCHA, creates a media file in real-time, wherein the created media file is characterized by distortion interference and corresponds to a selected theme from a plurality of themes associated with real-world scenarios. Further, randomly selecting a comprehension question from a plurality of comprehension questions for the created media file as the CAPTCHA, the comprehension question being based on the selected theme, geography associated with a user requesting the webpage and context of the created media file and transmits the webpage including the CAPTCHA. Further, in response to a user input to the comprehension question, intelligently detecting either a human input or a machine input based on a self-learning CAPTCHA decision module, by considering one or more of spelling errors, incomplete responses, contextual metonyms, synonyms and variants thereof.

Abstract: The present disclosure aims to provide CAPTCHA that meets orthogonal requirements of accessibility, usability and security requirements for users of all abilities to make it practically inclusive. The present disclosure provides CAPTCHA questions based on media files associated with real-world scenario thereby ensuring usability and accessibility. Distortion interference is introduced in the media files to ensure security. The questions relate to a selected theme from a plurality of themes. Each theme is further associated with a plurality of media files based on environment and contextual information. Geographical considerations like language and culture are also taken into account to increase usability. The vast repository of media files, types and combinations add to the security aspect of the CAPTCHA.