Inspiration
-->Shortage of affordable diagnostic tools in rural and small clinics.
-->Need for faster and more accurate disease detection.
-->Making AI healthcare accessible and scalable for everyone.
What it does
-->Allows doctors to upload medical images like X-rays or CT scans.
-->Automatically detects potential diseases (e.g., pneumonia, fractures) using AI.
-->Stores patient records securely in the cloud.
-->Sends instant notifications when results are ready.
-->Provides general care/prevention suggestions and a secure dashboard for doctors.
How we built it
-->Used Amazon S3 for image storage.
-->Implemented AWS Lambda to trigger processing on image upload.
-->Trained a custom ML model with Amazon SageMaker / Rekognition Custom Labels for disease detection.
-->Used DynamoDB to store patient results.
Integrated Amazon SNS to notify doctors instantly.
-->Built a secure web dashboard with CloudFront + S3 for accessing reports.
-->Ensured encryption and access control with IAM + KMS.
Challenges we ran into
-->Training ML models on limited medical datasets.
-->Ensuring patient data privacy and HIPAA compliance.
-->Handling variations in medical images (different machines/qualities).
-->Balancing cost-effectiveness with performance.
-->Designing a user-friendly doctor dashboard.
-->Accomplishments that we're proud of
-->Built a cloud-based medical analyzer that works even in low-resource settings.
-->Successfully integrated multiple AWS services into a seamless workflow.
-->Achieved accurate disease detection with custom ML models.
-->Ensured real-time notifications for faster diagnosis.
-->Created a scalable, secure, and affordable healthcare solution.
What we learned
-->Medical AI requires careful dataset selection and preprocessing.
-->The importance of scalability in healthcare systems.
-->How to ensure cloud security and compliance with regulations.
-->Best practices for integrating AWS services efficiently.
-->Balancing technical innovation with real-world usability.
What's next for HealthAI
-->Expanding detection to more diseases (tuberculosis, lung cancer, etc.).
-->Adding voice-based interaction for doctors.
-->Enabling multi-language support for rural areas.
-->Integrating with hospital management systems.
-->Building a patient-facing mobile application.
-->Adding predictive health analytics for early intervention.
Built With
-->Amazon S3
-->AWS Lambda
-->Amazon SageMaker
-->Amazon Rekognition
-->Amazon DynamoDB
-->Amazon SNS
-->AWS CloudFront
-->PartyRock
Built With
- amazon-rekognition
- amazon-sns
- amazon-web-services
- aws-cloudfront
- aws-iam
- aws-lambda
- dynamodb
- sagemaker
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