
Livora AI is an AI-powered preventive healthcare platform that helps people understand, monitor, and improve their liver and metabolic health. Instead of only detecting disease after symptoms appear, Livora AI focuses on identifying health risks early and tracking changes over time to support prevention. The platform combines blood test results (ALT, AST, bilirubin, GGT, albumin, etc.), ultrasound reports, medical history, weight, BMI, diabetes status, family history, and lifestyle factors such as diet, exercise, sleep, and alcohol consumption to build a personalized health profile. Using AI, Livora AI automatically extracts information from medical reports and transforms it into easy-to-understand insights, including a Liver Health Score, risk assessment, biomarker trends, report explanations,also analyze ultrasounds and personalized lifestyle recommendations. Rather than showing only medical values, the platform explains what has changed, why it matters, and how users can improve their health. A key innovation is the Liver Twin, a personalized AI model that continuously learns from a user's health history to monitor long-term progress. The What Changed? AI Engine compares previous and current reports to identify meaningful health changes and provide clear explanations in simple language. The MVP includes AI-powered report analysis, health profile creation, automated report data extraction, progress tracking, personalized dashboards, and preventive health coaching. While Livora AI initially focuses on liver health, its architecture is designed to expand into broader metabolic health, including obesity, diabetes, metabolic syndrome, and cardiovascular risk. By transforming fragmented medical data into personalized health intelligence, Livora AI aims to become a lifelong AI health companion that empowers individuals to take informed action before disease progresses.
13 Jul 2026

This project is an end-to-end medical chatbot designed to assist users with medical inquiries by providing accurate and reliable health information. The chatbot uses advanced natural language processing (NLP) and machine learning to understand user queries, identify intent, and deliver meaningful, personalized responses. Built with Python, TensorFlow, and NLTK, and integrated with APIs for real-time medical data, the system ensures robustness, scalability, and adaptability. It is supported by a comprehensive medical knowledge base covering diseases, symptoms, and treatments, continuously updated to maintain reliability. Users can interact with the chatbot via a simple interface across websites, mobile apps, and social media, making healthcare information accessible anytime, anywhere. Through contextual understanding and conversational flow, the chatbot provides a human-like experience, encouraging users to confidently seek medical guidance. The development process involved data collection from trusted medical sources, model training and fine-tuning, testing with user feedback, and deployment to live platforms. Looking ahead, the project envisions: Incorporating deep learning for enhanced understanding of complex queries Integration with telemedicine and healthcare services for appointment booking and actionable healthcare steps Multilingual support to reach diverse global communities A user feedback loop to continuously improve accuracy and user satisfaction By delivering instant, reliable responses, this chatbot can reduce the burden on healthcare professionals, promote self-care, and expand healthcare accessibility. It sets the stage for future innovations in AI-powered medical assistants, making quality healthcare information available to everyone.
24 Aug 2025