Azyri

Azyri is a Medical Assistant that is AI-driven and is specifically designed to facilitate and expedite the process of bone age assessment. It seamlessly incorporates into the medical workflow, providing a solution that is both accessible and efficient for healthcare professionals, students, and AI enthusiasts. The utility is accessible for free on mobile devices, thereby eliminating barriers and enabling widespread access to advanced AI in healthcare.

Features of Azyri:

• Bone Age Assessment: Utilizes AI-driven algorithms to yield precise bone age estimates.
• Mobile Accessibility: This feature is accessible on mobile devices, enabling healthcare professionals and students to utilize it at any time and in any location.
• User-Friendly Interface: The interface is straightforward and intuitive, enabling users of varying levels of technological ability to operate it effectively.
• Free for Students and Professionals: Provides healthcare professionals with complimentary access to facilitate their professional development and education.

Positives:

• Accessibility: Pros: Easily accessible on mobile devices, supporting consumers on the go.
• Cost-Effective: Healthcare professionals and students are granted complimentary access, rendering it an economical instrument for professional and educational purposes.
• Time Efficiency: Accelerates bone age analysis, allowing healthcare providers to concentrate more on patient treatment.
• Educational Value: Provides a valuable learning aid for students and professionals to comprehend the role of AI in healthcare.

Negatives:

• Scope Limitation: The focus is exclusively on bone age assessment, which restricts its application to other healthcare requirements.
• Internet Dependency: In regions with inadequate connectivity, the necessity of an internet connection may pose a challenge.
• No Medical Advice: Offers estimates but does not provide medical advice; users must rely on professional judgment for decision-making.

• Healthcare Professionals: For the purpose of conducting rapid and precise bone age assessments in clinical environments.
• Medical Students: To acquire knowledge regarding the utilization of AI in the healthcare sector.
• AI Researchers: Conducting research on the latest developments in healthcare solutions that are powered by AI.
• Tech-Savvy Patients: Patients who are interested in comprehending the role of AI in healthcare and their own health.
• Healthcare NGOs: For rapid examinations in remote regions; utilized by medical trainers to instruct AI applications in diagnostics.