Eclipse Labs, an Ethereum Layer 2 solution, has announced a Testnet airdrop. They welcome all the crypto programmers to test their ecosystem. This is an advanced airdrop, where beginners will find difficulties. But don’t worry we will try to explain it in the simplest way possible.
Eclipse is building the fastest Ethereum Layer 2 using the Solana Virtual Machine. If it is as fast as they claim, then we can see developers flocking to the platform. Here in this guide, we will cover the step-by-step tutorial to claim Eclipse Labs’ airdrop, the eligibility criteria, the benefits of Eclipse airdrop, key dates, and more. Let’s start.
What is Eclipse?
Eclipse is a cutting-edge layer 2 solution on Ethereum, which utilizes the Solana Virtual Machine (SVM). This platform combines Ethereum’s advanced settlement features with Solana Virtual Machine’s high-speed performance.
Eclipse has speed, scalability, and security every programmer needs. Its design boosts transaction rates while ensuring compatibility and safety. Eclipse incorporates Celestia for data availability so that it can tackle Ethereum’s scalability issues. Eclipse ensures high transaction volumes without compromising security or decentralization. The architecture supports diverse applications, streamlining interactions for developers and users by simplifying transactions and improving operational efficiency.
As of now, Eclipse is in the testnet phase and soon will launch the mainnet. Following its mainnet launch, there will be more rewards than this testnet airdrop. The company said it would sponsor hackathons and organize community events for its users.
Eligibility Criteria
- You need a PC for this.
- Basic programming skills can ease the process.
Step-by-Step Guide to Claim the Airdrop
Eclipse Mainnet runs the Solana Virtual Machine, so you can deploy smart contracts on it just like you would on Solana. If you are familiar with the Solana interface, this is easy for you.
- Install Rust and its package manager Cargo: Visit the official webpage of Rust, download, run, and install the Rust.exe (32-bit or 64-bit according to your PC.)
- Visual Studio will start its installation now.
- Download and install Node.js. Versions recommended are 14.0 and above.
- Note that npm is bundled with the Node.js installation, so you don’t have to install it separately.
- Install Cargo.
- Install Solana CLI: Now install Solana CLI (command-line interface). This allows you to interact with Eclipse Testnet, which is a Solana cluster. Visit the official site of Solana, download, run, and install it. Now restart your PC.
- Get Sepolia ETH Tokens: You will need an Ethereum wallet such as Metamask or Wlletconnect to claim and bridge Sepolia ETH. As a user, you can use Sepolia ETH to participate in the Eclipse testnet tasks. Also, you can check and verify the dApps deployed on the network. Sepolia ETH is not meant to be traded. Don’t trade it. Its only use is to test the applications. Sepolia ETH can be claimed from several faucets. You can use Alchemy, QuickNode, or Infura. Here are instructions on how to claim Sepolia ETH on Alchemy Sepolia ETH Faucet.
- Create an Alchemy account to request Sepolia ETH.
- Visit the Alchemy Sepolia faucet and log in with your Alchemy account.
- Enter your wallet in the provided box, complete the CAPTCHA verification, and click “Send Me ETH”.
- Once you have Sepolia ETH, copy your Ethereum wallet address and your private key for later use by navigating to “Account details” and clicking “Show private key”.
- Create a Deposit: Now you have to deposit ETH to Eclipse Testnet. Obtain and setup the deposit.js Finally execute the script:
- “node deposit.js [YOUR_SOLANA_ADDRESS] 0x7C9e161ebe55000a3220F972058Fb83273653a6e [AMOUNT_IN_GWEI] [FEE_IN_GWEI] [ETHEREUM_PRIVATE_KEY] https://rpc.sepolia.org
- [AMOUNT_IN_GWEI] is the desired deposit amount, with a minimum of 1500000 gwei (0.0015 ETH)
- [FEE_IN_GWEI] is the transaction processing fee, which is currently ignored but can set to 100 gwei”
- Deploy the Smart Contract: Now that we’ve set up our environment, it is time to deploy the smart contract to Eclipse Testnet. Before that, ensure everything is installed properly by running a local Solana cluster. The procedure to run a smart contract is detailed in the Eclipse docs. Also, an official demo video of Eclipse showcases the deployment of a smart contract on the Eclipse ecosystem. It can be availed in the Eclipse docs section.
- Complete the Remaining Tasks: At a high level, developers should take the following steps:
- Acquire Devnet tokens or Sepolia Testnet ETH
- Deploy smart contract with the Eclipse Devnet RPC or Eclipse Testnet RPC
- Set up developer wallet
- Modify frontend
- Test and deploy
Boost Your Earnings
The rewards system works according to the amount of tasks you do. However, you can refer a candidate for the project’s open positions, and earn up to $15K. The project is in need of more front-end developers.
Is Eclipse Airdrop Trustable?
They have already raised 65 million dollars for the testing processes alone. The Eclipse pre-seed funding round witnessed top investors like Polychain Capital, P2 Ventures, and Tribe Capital. Their current investors include Hack VC, Placeholder Ventures, and Polychain Capital. You can visit Cryotorank. The Eclipse is one of the most trustable projects on the web3 ecosystem.
Final Thoughts
As Eclipse is still in the Testnet phase, it is your chance to become one of the early users. The more work you do more rewards you get. With basic programming skills, you can engage in Eclipse’s testnet activities. Also, this will be a great learning experience for you.
Don’t miss this opportunity to learn and earn. Anyway, before participating in the airdrop it is better to read their whitepaper, go through their blogs, and engage in their social media communities. Thank you, and good luck.
Read more: How To Claim DFlow Airdrop; Benefits, Launch Date, Eligibility, & More
