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This paper presents "DyslexiSolve," an intelligent web-based educational platform designed to alleviate cognitive overload for students with dyslexia. Traditional assistive technologies predominantly focus on Text-to-Speech (TTS) applications, which overlook the inherent visual-spatial reasoning strengths typical of neurodivergent learners. DyslexiSolve bridges this gap by leveraging Generative Artificial Intelligence (Google Gemini LLM) to autonomously digest dense, linear academic texts and restructure them into highly interactive, visual Mind Maps. The platform utilizes a decoupled three-tier architecture comprising a React.js frontend, a Next.js Serverless API and Prisma ORM for cloud persistence. By transforming unstructured paragraphs into navigable node-graphs, DyslexiSolve provides a frictionless, zero-login environment that actively translates reading tasks into spatial memory exercises, thereby fostering an inclusive and highly effective digital learning ecosystem.
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S.S et al. (2026) studied this question.
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