AI-Powered Pathology Solution for Early and Accurate Breast Cancer Diagnosis
A secure, AI-powered platform for pathologists enabling early breast cancer diagnosis through imaging, NLP, and RAG. It ensures data privacy, regulatory compliance, and delivers evidence-based insights aligned with global clinical guidelines.
Industry:
Enterprise Applications
Technology:
Web technologies
AI / ML
AI-Driven Clinical Support Platform for Breast Cancer Diagnosis
Key Goals
- Enable early breast cancer detection using AI image analysis
- Extract insights from unstructured pathology reports
- Support clinical decisions via Retrieval-Augmented Generation (RAG)
- Prevent LLM training on patient data
- Ensure HIPAA/GDPR compliance and full auditability
- Lower diagnostic turnaround time and cost
Example: A rural hospital auto-summarizes mammograms, helping general physicians make timely referrals.
Architecture Overview
Flow:
User → UI → Middleware → Preprocessing → Image/NLP Engine → RAG Retriever → LLM → Formatter → UI
- Upload: Pathologist uploads image/report via UI
- Middleware: Authenticates, logs request, assigns Task ID
- Preprocessing:
- Image: OCR → De-ID
- Text: Direct De-ID
- Metadata extraction
- Image Analysis: CNNs (ResNet, Swin) detect ROIs; overlays via Grad-CAM
- NLP Parsing: BioBERT extracts facts like ER/PR/HER2, tumor size, staging
- Context Compilation: Middleware prepares context
- RAG Query: Embeds query/context, searches FAISS/Pinecone for guidelines
- LLM Output: GPT-4/BioGPT returns insights with citations, confidence scores
- Format & Deliver: Final response sent to UI; logged for audit
Core Features
- Image Diagnostics: Mammogram classification with heatmaps
- NLP Reports: Structured fact extraction from reports
- RAG Engine: Fetches clinical context from NCCN, WHO, PubMed
- Middleware: REST APIs, RBAC, Redis caching, OAuth2 security
- Audit: Kibana dashboard, immutable logs, alerts for anomalies
Deployment & Infra
- Kubernetes, Dockerized services
- Observability: Prometheus, Grafana, ELK Stack
- Storage: AWS S3, Azure Blob
- LLM APIs: GPT-4, BioGPT (no PHI exposure)
- Security: TLS 1.2+, AES-256 encryption, de-ID on ingestion
UI Highlights
- Uploads (PDF, image)
- AI chat for clinical queries
- Visual summaries with facts & insights
- Admin portal for usage logs
Results & Impact
- Diagnosis time cut by 60%
- Report review cost lowered by 40%
- 88% user confidence in pilot rollout
- FDA AI/ML guidance aligned
Execution Roadmap
- Prototype: Train models on public datasets, test RAG
- Build: Integrate pipelines and secure endpoints
- Audit: Apply compliance standards
- Pilot: Deploy in one hospital, gather feedback
Start Now:
Form advisory group → Define test cases → Deploy MVP