How to Get zkSync Testnet Tokens

How to Get zkSync Testnet Tokens

For developers and users eager to test or deploy contracts on zkSync, it's essential to first obtain testnet ETH for the zk-based layer 2 project. This enables safe interaction with the network and allows you to deploy contracts without risking real capital or the funds of users experimenting with deployed applications.

Here’s a straightforward guide to getting your zkSync testnet tokens for free using QuickNode's zkSync faucet:

1. Visit the Faucet: Go to QuickNode’s faucet platform, which dispenses up to 0.1 zkSync tokens every 24 hours.
2. Input Wallet Address: Enter the EVM wallet address from your MetaMask, Coinbase Wallet, or another web 3 wallet.
3. Request Tokens: Select zkSync tokens and finalize your request. You should receive the tokens in your wallet within approximately 10 minutes.

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Alternative zkSync Testnet Faucets

If you're seeking more zkSync testnet tokens, consider connecting your wallet to additional trusted faucets. While the main zkSync faucet serves as a primary resource, Stakely, Alchemy and Triangle Faucet are popular alternatives. These platforms cater specifically to developers and users requiring extra testnet tokens for their zkSync projects.

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What is zkSync?

zkSync is a Layer 2 scaling solution enhancing Ethereum by facilitating faster and more cost-efficient transactions, compared to the main Ethereum layer. Leveraging ZK rollup technology, zkSync bundles multiple transactions into a single one for more efficient processing. This upholds Ethereum's security benefits while significantly reducing gas costs and increasing transaction speeds to over 2000 transactions per second.

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Closing Thoughts

In conclusion, obtaining zkSync testnet tokens is a straightforward process that opens up many opportunities for testing and deploying contracts without financial risk. Whether you opt for the QuickNode faucet or explore alternatives like Stakely, Alchemy, and Triangle Faucet, you can safely deploy new contracts or applications on this emerging zk-based layer 2 network.