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»Swiss scientists have proposed an alternative to bitcoin with zero energy consumption

    Swiss scientists have proposed an alternative to bitcoin with zero energy consumption

    0
    By BlockchainJournal on octubre 2, 2019 Noticias
    Share
    Facebook Twitter LinkedIn Pinterest Email

    Scientists from the Lausanne Polytechnic School claim that they have developed an algorithm that will ensure the security of cryptocurrency transactions at the bitcoin level with practically zero energy consumption.

    According to Professor Rashid Gerraui, unlike the first cryptocurrency, the new algorithm does not require reaching a network consensus to confirm the transaction. During this, participants make complex calculations, the equipment for which consumes a significant amount of electricity.

    While the Bitcoin ecosystem is designed in such a way that participants do not have to trust each other, Gerraui and colleagues chose the opposite approach. The algorithm, called Byzantine Reliable Broadcast, is based on player trust and communication. The system initially assumes that all participants play fair, until proven otherwise.

    A randomly selected player confirms the transaction, and this is actually an exchange of information, Gerraui explained. If any member’s malicious behavior is detected, the rest ignore him.

    The professor recalled that electricity consumption by the bitcoin network is approaching that of Austria, which leads to the emission of carbon dioxide at the level of Denmark. Gerrauy called the cost of energy costs for confirming a transaction in the Byzantine Reliable Broadcast "equivalent to the exchange of electronic letters."

    “Only a few grams of CO2, compared to 300 kg for a single bitcoin transaction ,” he emphasized.

    However, the new system has a narrower application than the Bitcoin blockchain, and is only suitable for managing cryptocurrencies or other assets. For more complex transactions, such as smart contracts, the algorithm is not applicable, Gerraui admitted.

    Scientists plan to open source code for Byzantine Reliable Broadcast by the end of 2020.

    Recall, earlier, Coinshares found out that the energy consumption of the Bitcoin network is very high. Moreover, the carbon footprint from cryptocurrency mining is much smaller than is commonly believed, since miners prefer to use cheap renewable energy sources, in particular hydroelectric power plants .

    Subscribe to the BlockchainJournal YouTube Channel!

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

    BlockchainJournal.news

    BlockchainJournal.news

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

    Related Posts

    SharpLink genera US$ 33 millones en ingresos de staking de Ether con su estrategia “100 % ETH”

    enero 9, 2026

    OKX reduce personal institucional como parte de su reestructuración global

    enero 9, 2026

    Rain alcanza una valoración de US$ 1,95 mil millones tras una ronda de financiación

    enero 9, 2026

    Pump.Fun alcanza más de US$ 2 mil millones en volumen DEX

    enero 9, 2026

    Tether invirtió hasta $50 millones en Ledn con una valoración de $500 millones

    enero 9, 2026

    Toncoin (TON) cae a través de niveles de soporte clave en un colapso técnico

    enero 9, 2026
    Buscar
    X (Twitter)
    © 2026 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.