Humanode 稱霸：無與倫比的去中心化和破紀錄的中本聰係數

Humanode 是一個基於 Polkadot 構建的去中心化區塊鏈，最近在基於中本聰係數的去中心化方面超越了所有其他網路。它擁有 706 個活躍驗證節點，中本聰係數為 236，超過了 Mina（155）和 Polkadot（第三位）。中本聰係數衡量的是破壞網路所需的節點數量，Humanode 的高分錶示其對中心化的強烈抵抗力。

Humanode Emerges as the Most Decentralized Blockchain Community with an Unprecedented Nakamoto Coefficient

Humanode 成為最去中心化的區塊鏈社區，具有前所未有的中本聰係數

London, United Kingdom - May 1st, 2024

英國倫敦 - 2024 年 5 月 1 日

Humanode, a Layer-1 blockchain built upon the Polkadot Software Development Kit (SDK), has ascended to the forefront of decentralization, surpassing all other blockchain networks in terms of its Nakamoto Coefficient. With an astounding 706 active validator nodes, Humanode boasts a Nakamoto Coefficient of 236, eclipsing the previous leader, Mina, which currently holds a coefficient of 155. Polkadot now occupies the third position in this ranking.

Humanode 是基於 Polkadot 軟體開發工具包（SDK）構建的 Layer-1 區塊鏈，已躋身去中心化的最前沿，其中本聰係數超越了所有其他區塊鏈網路。 Humanode 擁有令人震驚的 706 個活躍驗證節點，其中本聰係數為 236，超過了前領導者 Mina，後者目前的係數為 155。

The Significance of the Nakamoto Coefficient

中本聰係數的意義

The Nakamoto Coefficient measures the number of node operators required to control a sufficient portion of a Layer-1 blockchain network to effectively shut it down. The higher the Nakamoto Coefficient, the more decentralized the blockchain. This metric is a crucial indicator of a blockchain's resistance to centralization and malicious attacks.

中本聰係數衡量控制第一層區塊鏈網路的足夠部分以有效關閉其所需的節點運營商數量。中本聰係數越高，區塊鏈越去中心化。該指標是區塊鏈抵抗中心化和惡意攻擊的關鍵指標。

Humanode's Decentralized Architecture

Humanode的去中心化架構

"Traditional Proof-of-Stake blockchains have a tendency to centralize around the largest validators or staking protocols, which ultimately control the infrastructure," explains Victor, co-founder of Humanode. "If Lido, a major staking platform, were to experience an outage, it would raise concerns about the decentralization of Proof-of-Stake networks. They may have millions of nodes, but the real control over consensus lies in the hands of a few. We set out to change this paradigm."

「傳統的權益證明區塊鏈傾向於以最大的驗證者或權益協議為中心，而這些驗證者或權益協議最終控制著基礎設施，」Humanode 聯合創始人 Victor 解釋道。 「如果主要的質押平台 Lido 發生故障，就會引起人們對 PoS 網路去中心化的擔憂。它們可能擁有數百萬個節點，但對共識的真正控制權掌握在少數人手中我們著手改變這種模式。

Humanode's innovative architecture ensures that each individual can operate only one node, which is verified through advanced cryptobiometric technology. This ensures that all validators wield equal power. As a result, Humanode's decentralization grows proportionally with the number of human nodes.

Humanode的創新架構確保每個人只能操作一個節點，並透過先進的密碼生物辨識技術進行驗證。這確保了所有驗證者都擁有平等的權力。因此，Humanode 的去中心化程度隨著人類節點的數量成比例增長。

"Imagine the Nakamoto Coefficient we can achieve when we reach 10,000 nodes or even 1 million nodes!" exclaims Victor. "This will make a coordinated attack virtually impossible. No other project will be able to claim greater decentralization than Humanode."

“想像一下，當我們達到 10,000 個節點甚至 100 萬個節點時，我們可以實現的中本係數！”維克多驚呼。 “這將使協調攻擊幾乎不可能。沒有任何其他項目能夠比 Humanode 擁有更大的去中心化程度。”

Humanode's Governance Protocol

Humanode 的治理協議

Humanode is poised to unveil its governance protocol, where each human node holds a single vote. This will create the first truly democratic Decentralized Autonomous Organization (DAO) to govern the further development of the core protocol and its ecosystem.

Humanode 準備推出其治理協議，其中每個人類節點都擁有單一投票權。這將創建第一個真正民主的去中心化自治組織（DAO）來管理核心協議及其生態系統的進一步發展。

About Humanode

關於Humanode

Humanode, built on Polkadot SDK as an Ethereum Virtual Machine (EVM) compatible Layer-1, is the first cryptobiometric blockchain that adheres to the principle of "one human, one node, one vote." Its unique facial recognition technology prevents multiple accounts and bots from exploiting retroactive airdrops, DAOs, DeFi, NFT mints, GameFi, and other blockchain applications. Within a year of its mainnet launch, Humanode has amassed over 500,000 users and 70 projects that leverage its cryptobiometric capabilities.

Humanode 建立在 Polkadot SDK 之上，作為與以太坊虛擬機 (EVM) 相容的 Layer-1，是第一個遵循「一個人、一個節點、一票」原則的加密生物區塊鏈。其獨特的臉部辨識技術可防止多個帳戶和機器人利用追溯空投、DAO、DeFi、NFT 鑄幣、GameFi 和其他區塊鏈應用。在主網啟動一年內，Humanode 已累積了超過 50 萬名用戶和 70 個利用其加密生物辨識功能的項目。

Contact:

接觸：

Shannon Higgins
[email protected]

香農·希金斯[電子郵件受保護]