Develop AI Models: Create and refine machine learning models that analyse health data, such as heart sounds, to detect abnormalities.

Improve Accuracy: Continuously work on enhancing the accuracy of health monitoring by fine-tuning the AI algorithms based on new data and medical research.

Collaborate with Healthcare Professionals: Work with medical experts to validate model outputs and incorporate clinical insights into algorithm development.

Focus on Predictive Analytics: Develop models that detect current health issues and predict potential future medical conditions.

Develop GPT-powered Chatbot: Build and maintain a chatbot using GPT (Generative Pre-trained Transformer) technology to interact with seniors in a friendly and understandable manner.

Personalise Responses: Ensure the chatbot can provide personalised advice based on the users' health data and history.

Simplify Medical Jargon: Program the chatbot to translate complex medical information into simple, easily understandable language.

Ensure Continuous Learning: Update the chatbot's responses and capabilities based on user interactions and feedback.

Integrate with Health Systems: Ensure the chatbot can securely access relevant user health data to provide accurate health information and advice.

Market Analysis: Conduct market research to understand the healthcare needs of seniors and explore business opportunities.

Outreach and Partnerships: Forge relationships with elderly community centres, NGOs, and healthcare providers to promote the platform and form strategic partnerships.

Funding and Resource Management: Obtain funding through grants and competitions and manage resources for project sustainability.

Regulatory Compliance: Ensure compliance with healthcare regulations and data privacy laws.

Strategic Planning: Formulate a strategy to transition from a Student Interest Group at HKU to an operational startup, including participation in the HKSTP Ideation programme.

Develop Cross-Platform Applications: Create and maintain mobile and desktop applications using Flutter, ensuring cross-platform compatibility to reach a broad user base.

Enhance User Interaction: Implement intuitive and engaging user interfaces that facilitate easy navigation and operation by elderly users and caregivers.

Integrate Medical Devices: Ensure the app can interface seamlessly with the backend server for data collection and monitoring.

Iterate Based on Feedback: Regularly update the application based on user feedback to improve functionality and user experience.

Ensure Scalability: Develop the app with scalability in mind to handle increasing users and data volume as the platform grows.

Design Intuitive Interfaces: Create clear and accessible user interfaces that cater specifically to the needs of elderly users and those with minimal technical skills.

User Research: Conduct ongoing research, including user testing and surveys, to understand the needs and behaviours of the target user group.

Accessibility Focus: Ensure all designs meet high accessibility standards, including readability, easy navigation, and error forgiveness.

Collaborate with Developers: Work closely with the Flutter App Developers to ensure designs are feasible and effectively incorporate necessary functionalities.

Visual Consistency: Maintain a consistent and appealing visual style across all platforms and devices to enhance user experience.