🚀 MegaETH Contrib – Testnet dApp

Un mini smart contract de contribution déployé sur MegaETH Testnet (Chain 6342).
Permet d’envoyer une petite contribution en ETH (test) avec un message on-chain 💬.

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🧱 Smart Contract

Détail	Info
Nom	MegaETHContrib
Réseau	MegaETH Testnet
Chain ID	6342
Adresse du contrat	`0x1695ff5ce22b1ff8b696b4203062da16ccb97dc4705c7596e1aeb09599ddf912*
Explorateur	MegaExplorer.xyz
RPC	https://carrot.megaeth.com/rpc

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💡 Fonction principale

function contribute(string calldata message) external payable

# MegaETH Testnet Exploration 🧠⚡️

## Overview
This repository documents my personal experiments on the **MegaETH Testnet** — a high-performance Layer 1 designed for massive onchain compute and AI-native dApps.

## Goals
- 🧩 Deploy and interact with smart contracts on the MegaETH Testnet  
- 🔍 Explore transaction throughput, gas metrics, and block finality  
- 🤝 Connect with the community via Kaito and the MegaETH Discord  

## What I tested
- ✅ Swapped test tokens using the MegaETH faucet and test DEX  
- ✅ Deployed a simple Solidity contract via Remix  
- ✅ Verified wallet activity on [https://scan.megaeth.com](https://scan.megaeth.com)  
- ✅ Linked my wallet to **Kaito.ai** for Proof-of-PFP and social scoring  

## Environment
- Wallet: `0xDe59972B741983F825c2F1fE41119bE62c12D879`  
- Network: `MegaETH Testnet`  
- Tools: Remix IDE, MetaMask, Slice Analytics  

## Learnings
MegaETH feels *instant*. Transactions confirm in milliseconds, and contract calls behave like local compute.  
The Testnet architecture proves that L1 performance can rival offchain systems — without losing Ethereum compatibility.

## Next steps
- 🔬 Test interoperability with Base and LayerZero  
- 📊 Benchmark contract execution speed vs. Sepolia  
- 💡 Publish results on Kaito feed for social verification  

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> 🧠 *Exploring MegaETH · Base · Ethereum dev*  
> Follow me on GitHub → [@Kaspro183](https://github.com/Kaspro183)