
Blockchain-Based Property Rental Management
RentChain: A Blockchain-Based Property Rental Management System
Objective:
To develop a decentralized platform that streamlines property rentals by automating contracts, ensuring transparency, and reducing fraud through blockchain technology.
Key Features:
Smart Rental Agreements: Digitally signed, self-executing contracts.
Tenant & Landlord Profiles: Verified identities and reputation system.
Secure Payment System: Rent payments via cryptocurrency or tokenized assets.
Automated Dispute Resolution: Predefined conditions handled by smart contracts.
Booking & Listing System: Owners can list properties; renters can search and book.
Immutable Records: All rental history stored on-chain.
Technologies Used:
Blockchain (Ethereum, Polygon): To store and manage transactions.
Smart Contracts (Solidity): Automates agreements and payments.
Web3.js / Ethers.js: Connects the frontend to the blockchain.
React.js / Angular: For frontend interface.
Node.js / Express: Backend server logic and API handling.
IPFS / Filecoin: For decentralized storage of property documents and images.
Wallet Integration (MetaMask, WalletConnect): For secure login and payments.
How It Works:
Registration & Verification: Landlords and tenants create accounts and verify identity.
Property Listing: Landlords list properties with rent terms and deposit requirements.
Smart Contract Creation: Once a tenant applies and is approved, a smart contract is deployed.
Rental Period: Rent is paid automatically through the contract at intervals.
Review & Ratings: After contract completion, both parties can rate each other.
Dispute Handling: Disputes are settled by predefined rules or external arbitration via smart contracts.
Benefits:
Transparency: All agreements and payments are recorded on the blockchain.
Security: Reduces fraud and tampering of contracts or rental terms.
Automation: Reduces need for intermediaries like agents.
Cost-Effective: Minimizes transaction fees and legal overhead.
Trust-Building: Verified reviews and transparent history improve reliability.