Connect MetaMask
Connect MetaMask on Ethereum mainnet. Mixoor will prompt the network switch automatically.
Transfer Funds Privately. No link, no trace, no mapping between wallets.
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Mixoor on Ethereum is a non-custodial privacy pool for ETH transfers on Ethereum mainnet. It uses the same Groth16 zero-knowledge proof system as the Solana and Sui implementations, with the verifier running inside the Ethereum smart contract. Send ETH privately without an on-chain link between the sending and receiving wallets.
Connect MetaMask on Ethereum mainnet. Mixoor will prompt the network switch automatically.
Send ETH into the Mixoor privacy pool with a cryptographic commitment that hides your deposit.
Generate a Groth16 ZK proof client-side using snarkjs, then submit through the relayer so ETH lands on a fresh address.
| Privacy pool | 0xa13ef8ba2ed657aee64175747ad5e38f8d2cef66 |
|---|---|
| Entrypoint proxy | 0x7992438b058ae6004e355e3f79742312fc72fa3e |
| Supported assets | Native ETH |
| Minimum deposit | 0.05 ETH |
| Protocol fee | 0.25% relayer fee |
| ZK system | Groth16 · BN254 · Poseidon |
No. Mixoor is an independent open-source project not affiliated with Tornado Cash, its developers, or any sanctioned entity. Mixoor pools are separate smart contracts deployed by SmithiiDev. Users should always check the legal status of privacy protocols in their jurisdiction.
Mixoor charges a 0.25% relayer fee on Ethereum mainnet, with no separate deposit fee. The fee is deducted from the withdrawn amount.
The minimum deposit on Ethereum mainnet is 0.05 ETH.
When you deposit, Mixoor stores a cryptographic commitment instead of your address. To withdraw, you generate a Groth16 zero-knowledge proof that you know the secret behind one of the commitments without revealing which one. The proof verifies on-chain and lets a fresh wallet receive the funds.
Yes. Mixoor never holds user funds. Deposits go to a smart contract pool, withdrawals are authorized by zero-knowledge proofs that only the depositor can generate.
Yes. The on-chain programs, ZK circuits and SDKs are open source under the Apache 2.0 license. The repositories are public on GitHub under SmithiiDev.