Ai-driven assessment of statement truthfulness using integrated programmatic control and specialized guided and constrained artificial intelligence

A system that integrates programmatic control and a guided and constrained Artificial Intelligence (AI) engine to generate an assessment of statement truthfulness for a user on an online learning platform comprising:

• one or more processors of a computer system;
• and
• a memory, coupled to the one or more processors, storing code that when executed causes the computer system to perform operations comprising:
• receiving input data from a main data model and a TOL data model by a content generation system, wherein the main data model includes educational standards, course information, and subject-specific data and the TOL data model includes name of historical figures, images of historical figures, and voice IDs associated with the historical figures;
• selecting input data from the TOL data model based on a user data wherein the user data includes Course ID and a Standard ID provided by the user on the online learning platform wherein the selected data linked to corresponding data the main data model;
• retrieving data from the TOL data model, wherein the retrieved data includes course-related information, standard descriptions, and attributes of historical figures;
• generating a prompt using a prompt generator to guide the AI engine for generating the assessment of the education statement truthfulness;
• transferring the prompt to the AI engine to utilize the retrieved data to produce the educational statements, wherein the education statement comprise truth and lie statement;
• integrating an image generation model configured to generate images corresponding to the educational statements;
• generating a video response by integrating a video generation model and a voice synthesis model, wherein the video response includes a historical figure narrating the context and explanation of the generated educational statements;
• and
• displaying the generated educational statements, corresponding images, and the video response to the user on the online learning platform.