Bitlayer的比特幣智能合同系統正在通過挖掘池的31.5％的礦石橋樑實現

Bitlayer的比特幣智能合同系統是通過在網絡的Hashrate落後31.5％的挖掘池實現的，該開發將有助於確保其係統將在比特幣區塊鏈上運行

Major Bitcoin (BTC) mining pools are implementing Bitlayer’s Bitcoin smart-contract system, the company announced on Saturday, May 27.

該公司於5月27日星期六宣布，主要比特幣（BTC）採礦池正在實施Bitlayer的比特幣智能合同系統。

According to a statement shared with Cointelegraph, Bitlayer’s BitVM implementation will be supported by Antpool, F2Pool, and SpiderPool. Antpool CEO Andy Chow said that the move will help ensure the system can function.

根據與Cointelegraph共享的聲明，Bitlayer的BITVM實現將由Antpool，F2Pool和Spiderpool支持。 Antpool首席執行官Andy Chow說，此舉將有助於確保系統可以運行。

“We are pleased to be supporting Bitlayer in their endeavor to bring smart-contract functionality to the Bitcoin blockchain,” said Chow.

Chow說：“我們很高興支持Bitlayer在他們的努力中為比特幣區塊鏈帶來智能合同功能。”

BitVM (Bitcoin Virtual Machine) is a framework that enables complex smart contracts to be deployed on the Bitcoin blockchain without changing the base protocol. The idea was introduced by Robin Linux earlier in 2023, and allows for the complex computation involved in smart contract systems to be verified onchain and executed offchain in a way closely resembling optimistic rollups.

BITVM（比特幣虛擬機）是一個框架，可以使復雜的智能合約在不更改基本協議的情況下部署在比特幣區塊鏈上。該想法是由Robin Linux於2023年早些時候引入的，並允許在智能合約系統中涉及的複雜計算進行驗證，並以非常類似於樂觀的滾動的方式驗證了OnChain並執行了截骨。

A BitVM implementation

BITVM實現

Bitlayer is a BitVM implementation, aiming to allow Bitcoin to flow through decentralized finance (DeFi) systems and layer-2 networks. According to Chow, the implementation might lead to heightened activity in Bitcoin’s network and generate revenue for miners.

BitLayer是BITVM實現，旨在允許比特幣通過分散的金融（DEFI）系統和第2層網絡流動。根據Chow的說法，該實施可能會導致比特幣網絡的活動增加，並為礦工帶來收入。

“This integration will encourage greater transaction activity on the Bitcoin blockchain, which in turn will benefit miners through increased fees and block rewards,” he added.

他補充說：“這種整合將鼓勵比特幣區塊鏈上的更多交易活動，而比特幣區塊鏈將通過增加的費用和票據來使礦工受益。”

Mining pools such as Chow’s Antpool play a critical role in the adoption of BitVM implementations because they directly determine the inclusion and validation of new types of transactions and scripts at the consensus layer.

諸如Chow的螞蟻池之類的採礦池在採用BITVM實現方面起著至關重要的作用，因為它們直接確定了共識層的新型交易和腳本的包含和驗證。

BitVM requires miners to include custom Taproot-based transactions that encode interactive verification logic. Mining pools must agree to include these non-standard or computationally intensive scripts in blocks, otherwise the protocol would simply not function.

BITVM要求礦工包含編碼交互式驗證邏輯的基於自定義的Taproot的交易。採礦池必須同意將這些非標准或計算密集型腳本包括在塊中，否則該協議根本不起作用。

As the largest Bitcoin mining pool, with 17.2% of the network’s hashrate according to Hashrate Index data as of May 26, Antpool’s decision is crucial. Smaller pools such as F2Pool (8.2%) and SpiderPool (6.1%) are also supporting Bitlayer’s system.

作為最大的比特幣開採池，截至5月26日，根據Hashrate指數數據的17.2％，Antpool的決定至關重要。較小的池（例如F2Pool（8.2％）和Spiderpool（6.1％）也支持Bitlayer的系統。

This results in a total supporting hashrate of 31.5%.

這導致總載體總支持為31.5％。

This is enough to secure transaction inclusion in under one in every three blocks. At present, this is likely enough for testing, prototyping and early-stage applications.

這足以確保每三個塊中的一個範圍內將交易包含在一個範圍內。目前，這可能足以進行測試，原型和早期應用。

With this percentage of supporting hashrate, developers can build functional systems with the assumption that, despite some latency, BitVM transactions will be processed. So while it is hard to view this hashrate as allowing a fully functional deployment, it is likely enough for the early phases of BitVM development.

通過這一百分比的支持哈希底，開發人員可以構建功能係統，假設儘管有一些延遲，但仍將處理BITVM交易。因此，儘管很難將其視為允許使用功能齊全的部署，但對於BITVM開發的早期階段來說，這可能足夠了。

A Bitlayer representative said that “should collective hashrate support weaken or policy shifts occur within Bitcoin Core, we have a multi-layered contingency plan.” This plan includes the “expanded mining pool partnerships,” referring to the company’s intention to keep onboarding more mining pools.

比特萊爾的一位代表說：“應該集體哈希支持削弱或在比特幣核心內發生政策變化，我們有一個多層的應急計劃。”該計劃包括“擴大的採礦池合作夥伴關係”，指的是該公司打算繼續登上更多采礦池。