AI Diagnostic Assistant collects patient-reported symptoms through a simple interface and sends them to a configured LLM (such as GPT-3.5 or GPT-4). It analyzes the input to generate a list of possible medical conditions, provides probability rankings, severity assessments, and suggested actions. The tool can output a structured report for further review and can be extended with custom prompts, integration modules, or alternate LLM endpoints. It is designed for rapid prototyping and preliminary diagnostic support, not as a substitute for professional medical evaluation.

CYTK's mobile app leverages AI to deliver comprehensive automotive repair information right to technicians' smartphones. Utilizing touch and voice search technology, CYTK enables efficient access to parts and service data, OEM repair procedures, and specifications. Its machine-learning algorithms ensure accuracy and relevance, enhancing technicians' ability to diagnose and update repairs swiftly and effectively. By integrating OEM content via Motor APIs, CYTK delivers real-time, on-demand information, reducing downtime and increasing productivity in repair shops.

AskFlora is an AI-driven platform designed for plant enthusiasts and gardeners. By uploading photos or describing symptoms, users receive precise species identification, health diagnostics, and customized care plans. The system leverages image analysis to spot pests, diseases, and nutrient issues, while its recommendation engine provides watering schedules, fertilization advice, and growth tips to ensure optimal plant health.

0xMD is an AI technology company focused on creating advanced medical and healthcare applications using large language models (LLMs) and AI imaging. Our solutions are designed to improve the diagnosis and care of patients, transforming the healthcare landscape by providing innovative tools and technology. We offer various tools aimed at assisting medical professionals and individuals in making informed health decisions through AI-powered visual recognition and analysis.