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Azyri is an AI-powered medical assistant designed to help healthcare professionals analyze medical images. Its core function is to provide AI-generated estimates for conditions like bone fractures and bone age from X-ray scans. It's important to note that Azyri offers an 'estimate' and explicitly states it does not provide medical advice, positioning itself as a supportive tool rather than a replacement for professional diagnosis.

The tool works by allowing users to upload medical images through a web application, which are then processed by its AI models. What makes Azyri stand out is its dual approach: it offers a free, accessible web app for individual professionals and students, while also providing a robust, cloud-ready API. This API enables developers to integrate Azyri's analysis capabilities directly into existing Picture Archiving and Communication Systems (PACS), the software hospitals use to store and manage medical images. The technology stack mentioned includes modern frameworks like React and Next.js, suggesting a focus on performance and scalability.

This tool benefits medical professionals, particularly radiologists and clinicians, who need preliminary analysis support, especially in resource-constrained settings. Medical students can use it as an educational tool to compare AI findings with their own assessments. Furthermore, healthcare IT developers and hospitals looking to augment their diagnostic workflows with AI can leverage the API for seamless integration. The vision of making high-quality diagnostic support more accessible and affordable is central to Azyri's offering.