Close Menu
    Facebook X (Twitter) Instagram
    ESP Blockchain Journal
    • Noticias
      • Noticias Blockchain
      • Noticias Bitcoin
      • Noticias Ethereum
      • Noticias Ripple
      • NFT
      • Metaverso
      • DeFi
      • Noticias Tron
      • Noticias Litecoin
      • Noticias Monero
      • Noticias Cardano
      • Noticias Stellar
      • Noticias Algorand
      • Noticias Dogecoin
      • Noticias Polkadot
      • Noticias Kusama
      • Noticias Solana
      • Opinión
    • Análisis de Precios
    • Academia Cripto
    • Contacto
    • bandera
    ESP Blockchain Journal
    Home»Noticias»“Random Genius” implemented Buterin’s idea of a mixing service for Ethereum

    “Random Genius” implemented Buterin’s idea of a mixing service for Ethereum

    0
    By BlockchainJournal on julio 7, 2019 Noticias, Noticias Ethereum
    Share
    Facebook Twitter LinkedIn Pinterest Email

    In an attempt to tackle the lack of privacy Ethereum, developer Kendrick Tan developed a mixing service for the second most capitalized cryptocurrency.

    The basis of its development called Heiswap formed the basic specifications for such a service, described by Vitalik Buterin in May of this year. The mixer itself is available on the Ropsten test network at heiswap.exchange , and as the founder of Ethereum already noted, this is a “cool project” created by an “accidental genius” that he has never heard of before.

    This is one of my favorite things about the ethereum community. Faraway lands with projects like this. https://t.co/VpIgkZcBnE

    – Vitalik Non-giver of Ether (@VitalikButerin) July 4, 2019

    Presenting his project, Kendrick Tan wrote:

    “Heiswap is an Ethereum mixer that allows users to“ launder ”ETH confidentially (that is, it hides the recipient of money)”

    Currently, participants in transactions in the Ethereum network can be traced by simply analyzing the blockchain. The created service works as follows: users send a fixed amount of coins to the Heiswap smart contract, and when the number of users required to participate in the mixing round is collected, the tokens are mixed.

    After that, users can withdraw their coins, while the details of the recipients are hidden, thereby providing the necessary anonymity.

    It is worth noting that at least five users are required to participate in a mixing round, but to increase anonymity, the sender has the option to increase their number.

    Recall that in February, researchers at Stanford University and Visa Research presented a privacy mechanism for smart contracts at Ethereum. The solution is called Zether and is a new smart contract that can be executed individually or through other smart contracts. Zether saves the data on account balances in encrypted form and makes it possible to deposit, transfer or withdraw funds through cryptographic evidence.

    Follow BlockchainJournal on Twitter !

    << aside id = "unisender_subscribe_form-10" class = "widget unisender_form">

    BlockchainJournal.news

    BlockchainJournal.news

    blockchain ethereum Featured Network Twitter Visa
    Share. Facebook Twitter Pinterest LinkedIn Tumblr Email
    BlockchainJournal

    Related Posts

    Bybit advierte sobre el posible bloqueo de seguridad en las criptomonedas: 16 blockchains pueden congelar los fondos de los usuarios.

    noviembre 12, 2025

    Stellar (XLM) cotiza en un rango estrecho mientras los traders muestran incertidumbre

    noviembre 12, 2025

    Sui lanza la stablecoin nativa USDsui con Open Issuance de Bridge (Stripe)

    noviembre 12, 2025

    Zcash dispara su valor tras el lanzamiento del primer DAT por los gemelos Winklevoss

    noviembre 12, 2025

    Toncoin cae 2,4% por presión vendedora tras repunte

    noviembre 12, 2025

    Solana Company tokenizará sus acciones usando Opening Bell de Superstate

    noviembre 12, 2025
    Buscar
    X (Twitter)
    © 2025 Blockchainjournal

    Type above and press Enter to search. Press Esc to cancel.

    Utilizamos cookies para asegurar que damos la mejor experiencia al usuario en nuestra web. Si sigues utilizando este sitio asumiremos que estás de acuerdo.