Inspiration

Health insurance claims are still mostly handled in a manual and confusing way. Patients often don’t know what is happening with their claim, hospitals face delays in getting payments, and insurance companies reject claims without clear explanations.

This lack of transparency creates frustration, mistrust, and financial stress for everyone involved. We were inspired to build Smart Insurance Claims to make the claim process faster, fairer, and transparent by using AI and Blockchain together.

What it does

Smart Insurance Claims is a platform that automates the health insurance claim process from start to end.

• Hospitals submit insurance claims digitally along with medical documents.
• Patients give explicit consent before any AI analysis starts.
• AI analyzes the documents, policy terms, and medical details.
• The system decides whether the claim is approved, partially approved, or rejected.
• The decision is explained clearly using policy rules.
• A blockchain record is created to make the decision tamper-proof and auditable.

This ensures that all parties patients, hospitals, and insurers can trust the process.

How we built it

We built Smart Insurance Claims as a full-stack prototype:

• Frontend: React with a clean and responsive UI for hospitals, patients, and insurance companies.
• Backend: Node.js and Express for handling users, claims, consent, and workflows.
• Database: SQLite to store users, policies, and claim data.
• AI Layer: OCR and NLP logic with OpenAI fallback to extract medical and policy information and generate explainable decisions.
• Blockchain: Smart contracts to record claim decisions and proof of authenticity using transaction hashes.

Each user role has a separate portal with controlled access and clear workflows.

Challenges we ran into

• Designing the AI logic to be explainable, not a black box.
• Making sure AI processing only starts after patient consent.
• Integrating blockchain in a way that stores proofs, not sensitive data.
• Managing multiple user roles with different permissions.
• Ensuring the UI remains clean and understandable despite complex data.

#Accomplishments that we're proud of

• Built the project solo and delivered a working end-to-end prototype (POC).
• Successfully combined AI + Blockchain in a real-world healthcare use case.
• Implemented consent-driven AI processing, which is rare in student projects.
• Designed a clear, professional UI for all stakeholders.
• Created a system that can realistically scale into a production-ready solution.

What we learned

• Explainability in AI is just as important as accuracy.
• Blockchain is most powerful when used for auditability, not data storage.
• Healthcare systems must be built with trust and consent at the core.
• Clean architecture and clear workflows matter more than adding too many features.
• Building solo taught strong system design, problem-solving, and prioritization skills.

What's next for Smart Insurance Claims

• Improve AI accuracy with real medical datasets.
• Add fraud detection and anomaly analysis.
• Integrate real insurance company APIs.
• Expand to mobile apps for patients.
• Deploy using cloud infrastructure for real-world testing.
• Collaborate with hospitals and insurers for pilot programs.

One-line closing statement:

Smart Insurance Claims turns slow, opaque insurance processing into a fast, transparent, and trustworthy system using AI and Blockchain.

Built With

• google-gemini-sdk
• lucide-react
• native-web-crypto-api
• react
• recharts
• typescript