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Create a Custom Ether Wallet App

Why Choose This Project?

Traditional cryptocurrency wallets often rely on third-party platforms, which can compromise security, privacy, and user control. This blockchain-based custom Ether wallet app allows users to securely store, send, and receive Ether (ETH) directly while providing full control over private keys. With smart contract integration, users can also interact with decentralized applications (dApps) and manage multiple accounts safely.

What You Get

Complete Source Code (Frontend + Backend + Smart Contract Integration)
Fully Working User Wallet Panel
Mobile & Desktop Responsive UI
Wallet Creation, Backup, and Recovery
Secure Ether Send & Receive Functionality
Smart Contract Interaction Capability
Full Documentation & Setup Instructions
Ready for Real-World Deployment or Resale

Built With Latest Tech Stack

Layer	Technologies Used
Frontend	HTML5, CSS3, Bootstrap 5, JavaScript, React.js / Web3.js
Backend	Node.js (Express.js) / Optional Blockchain Node Integration
Blockchain	Ethereum (Testnet/Mainnet), Web3.js, Solidity (for smart contract interactions)
Wallet	MetaMask Integration / Custom Key Management
Storage	Local encrypted storage / IPFS for optional metadata
Database	MongoDB / MySQL (for off-chain metadata, user preferences)
Security	AES Encryption, Private Key Management, Role-based access

Features That Make It Market-Ready

Decentralized Wallet Management – Users have full control of private keys
Secure Transactions – Send and receive Ether directly on Ethereum blockchain
Wallet Backup & Recovery – Encrypted keys and recovery phrases
Smart Contract Interaction – Interact with dApps, DeFi, or token contracts
Transaction History – View detailed history of all Ether transactions
Multi-Account Support – Manage multiple wallets within the app
User-Friendly Dashboard – Monitor balances, pending transactions, and gas fees
Optional Token Integration – Support ERC-20 tokens in addition to ETH

Working Flow

User Creates Wallet
→ Generates wallet address and private key locally
→ Optionally backed up with encrypted recovery phrase
Wallet Login
→ Login via private key or MetaMask integration
Send Ether
→ Input recipient address and amount
→ Transaction signed locally → broadcast to Ethereum network
Receive Ether
→ Wallet address shared with sender
→ Incoming transactions recorded on blockchain
Smart Contract Interaction
→ Call deployed smart contracts (e.g., token transfer, staking, DeFi actions)
Transaction Monitoring
→ Dashboard updates balances and transaction status in real-time
Backup & Recovery
→ User can recover wallet using encrypted keys or recovery phrase