inShield

📝 Table of Contents

• Project Name
• Tagline
• The Problem it Solves
• Challenges we ran into
• Technologies We Used
• Hosting & Contract Link
• Video Demo
• Cover Image

🧐 Project Name

Our project name is called inShield.

💡 Tagline

Community-Driven Insurance : Where Community Shapes Insurance

⛓️ The Problem it Solves

1. Fraud Detection and Prevention: Insurance fraud has always been a pervasive issue within the industry, costing insurers billions of dollars annually. The blockchain's immutability and transparency provide a robust defense against fraudulent claims. Through its decentralized ledger, the application securely records and time-stamps each claim's details, making it nearly impossible for policyholders to tamper with information or submit false claims.

2. Eliminating Manual Verification: One of the most significant problems this blockchain application addresses is the burden of manual claim verification. In the traditional insurance industry, each claim must be painstakingly reviewed by insurance agents, a process that often involves sifting through heaps of documents and verifying the authenticity of the provided information. This manual verification process is not only time-consuming but also prone to human errors, leading to delayed or incorrect claim processing

3. Increased Trust and Transparency: By utilizing blockchain technology, this application fosters a level of trust and transparency that has been lacking in the insurance industry. Every step of the claim verification process, from the submission of all the necessary documents, is recorded on the blockchain, creating an immutable record that all stakeholders can trust. This transparency reduces disputes and fosters a sense of fairness among policyholders.

🚀 Challenges we ran into

In our endeavor to create something truly groundbreaking, we intend to explore the synergies between smart contracts and machine learning algorithms. By leveraging the inherent flexibility of smart contracts and the predictive capabilities of machine learning, we aim to develop an adaptive system that can autonomously respond to dynamic conditions and make intelligent decisions in real-time.

This project represents a significant leap forward in the realm of decentralized applications, enabling smart contracts to evolve and adapt based on real-world data and user interactions. By incorporating machine learning support, our solution will not only enhance the efficiency and reliability of smart contracts but also introduce a new paradigm in decentralized applications.

🏁 Technologies We Used

Smart Contract, Ethers.js, Solidity, React.js, Firebase, HTML, CSS, JavaScript

Hosting & Contract Link

• The frontend website: Main, Backup,

  Mantle MantleBackup

• The 2 IPFS Storage, Claiming

• The 4 contracts: Police Report Storage Contract, Trusted Insurance Contract, Voting Contract, Reputation Contract

Video Demo

Cover Image

🎉 Acknowledgments

• ETHKL organising committees
• Mantle, and the teams
• Taiko, and the teams