互联网计算机在符文支持下拥抱比特币生态系统

互联网计算机（ICP）继续与比特币生态系统集成，增加了对蚀刻 Runes 代币、发送和接收 BRC-20 代币以及创建比特币 DeFi 应用程序的支持。这种集成利用 Threshold-Schnorr 签名，使 ICP 智能合约能够直接与比特币区块链交互并验证交易，为开发人员提供高效、非托管的第 2 层解决方案、侧链和 dapp 的工具。

Internet Computer Embraces Bitcoin Ecosystem with Runes Support

互联网计算机在符文支持下拥抱比特币生态系统

Zurich, Switzerland - As the Bitcoin halving and the launch of the Runes protocol loom on the horizon, Dfinity, the company behind the Internet Computer, has announced its latest move towards embracing the Bitcoin ecosystem. This integration involves the addition of support for etching Runes tokens and other Bitcoin-centric functionalities, further solidifying the relationship between the two networks.

瑞士苏黎世 - 随着比特币减半和 Runes 协议的推出迫在眉睫，互联网计算机背后的公司 Dfinity 宣布了其拥抱比特币生态系统的最新举措。这种集成涉及增加对蚀刻符文代币和其他以比特币为中心的功能的支持，进一步巩固两个网络之间的关系。

Layering the Bitcoin Ecosystem

比特币生态系统分层

Dfinity's "Bitcoin layer zero" upgrade introduces the ability to etch Runes, an emerging technology that allows developers to create non-fungible tokens (NFTs) and other applications on the Bitcoin blockchain. Additionally, users can now send and receive BRC-20 tokens, a token standard designed for the Bitcoin blockchain, and construct decentralized finance (DeFi) applications centered around Bitcoin.

Dfinity 的“比特币零层”升级引入了蚀刻符文的能力，这是一种新兴技术，允许开发人员在比特币区块链上创建不可替代的代币（NFT）和其他应用程序。此外，用户现在可以发送和接收BRC-20代币（一种为比特币区块链设计的代币标准），并构建以比特币为中心的去中心化金融（DeFi）应用程序。

The implementation of Threshold-Schnorr signatures, a cryptographic tool, underlies this latest Bitcoin integration. This tool empowers Internet Computer's smart contracts, the engines driving decentralized applications (dapps) and blockchain activities, to decipher Bitcoin addresses and validate transactions directly on Bitcoin's blockchain. The full implementation of this functionality is anticipated this summer.

Threshold-Schnorr 签名（一种加密工具）的实施是最新比特币集成的基础。该工具使互联网计算机的智能合约、驱动去中心化应用程序（dapp）和区块链活动的引擎能够破译比特币地址并直接在比特币区块链上验证交易。预计该功能将于今年夏天全面实施。

Efficiency and Functionality Drive Integration

效率和功能推动集成

"The [Threshold-Schnorr] integration focuses on maximizing functionality and efficiency," elucidated Aisling Connolly, Senior Research Scientist at Dfinity. "It offers a less complex alternative to ECDSA, the current Bitcoin signature scheme, facilitating deeper security analysis and robust validation."

“[Threshold-Schnorr] 集成的重点是最大化功能和效率，”Dfinity 高级研究科学家 Aisling Connolly 解释道。 “它为当前的比特币签名方案 ECDSA 提供了一种不太复杂的替代方案，有助于更深入的安全分析和强大的验证。”

Internet Computer: A Decentralized Alternative

互联网计算机：去中心化的替代方案

Launched in 2021, the Internet Computer is a blockchain network seeking to revolutionize cloud services through a globally distributed network. This network's versatility has led to recent developments such as Bitfinity's plans to leverage the Internet Computer for creating Bitcoin Ordinals, a form of NFTs on the Bitcoin blockchain, and Bioniq's establishment of a marketplace for these Ordinals on the Internet Computer network.

互联网计算机于 2021 年推出，是一个区块链网络，旨在通过全球分布式网络彻底改变云服务。该网络的多功能性带来了最近的发展，例如 Bitfinity 计划利用互联网计算机创建比特币序数（比特币区块链上的一种 NFT 形式），以及 Bioniq 在互联网计算机网络上为这些序数建立市场。

Runes and Ordinals Fuel Development Surge

符文和序数推动发展浪潮

The advent of Bitcoin-based NFTs, known as Ordinals, and the impending Runes protocol have sparked a wave of development activity on the Bitcoin blockchain. On Monday, Franklin Templeton Digital Assets, an investment firm, expressed optimism about Runes' potential to bridge the gap between Bitcoin and other blockchain networks like Ethereum and Solana in terms of fungible token support.

基于比特币的 NFT（称为 Ordinals）的出现以及即将推出的 Runes 协议引发了比特币区块链的一波开发活动。周一，投资公司 Franklin Templeton Digital Assets 对 Runes 在可替代代币支持方面弥合比特币与以太坊和 Solana 等其他区块链网络之间差距的潜力表示乐观。

Smart Contracts Interact Directly with Bitcoin

智能合约直接与比特币交互

Connolly emphasized the significance of Threshold-Schnorr signatures in enabling smart contracts to directly interact with Bitcoin's blockchain and authenticate transactions. This capability provides developers with the tools to construct effective, affordable, and non-custodial layer-2 solutions, sidechains, and dapps.

Connolly 强调了 Threshold-Schnorr 签名对于使智能合约能够直接与比特币区块链交互并验证交易的重要性。此功能为开发人员提供了构建有效、经济且非托管的第 2 层解决方案、侧链和 dapp 的工具。

Addressing Initial Key Setup Challenges

解决初始密钥设置挑战

"The fundamental technical challenge in any cryptographic protocol lies in the initial setup of private keys, ensuring the system operates with the required security safeguards," explained Connolly. "Internet Computer leverages a sophisticated distributed key generation protocol, the result of decades of research, for the initial Threshold-Schnorr key setup and subsequent key refreshes."

“任何加密协议的基本技术挑战都在于私钥的初始设置，确保系统在所需的安全保障下运行，”康诺利解释道。 “互联网计算机利用复杂的分布式密钥生成协议，这是数十年研究的成果，用于初始 Threshold-Schnorr 密钥设置和后续密钥刷新。”

A Dual-Pronged Strategy for Bitcoin Developers

比特币开发者的双管齐下策略

Connolly outlined Internet Computer's two-pronged approach to attract Bitcoin developers: enhancing existing applications for greater decentralization and supporting the development of novel protocols. She acknowledged that some Bitcoin enthusiasts may not favor using Internet Computer for Bitcoin interactions but cautioned against dismissing its potential.

康诺利概述了互联网计算机吸引比特币开发人员的双管齐下的方法：增强现有应用程序以实现更大程度的去中心化和支持新颖协议的开发。她承认，一些比特币爱好者可能不喜欢使用互联网计算机进行比特币交互，但警告不要忽视其潜力。

"While individuals may not require Internet Computer to inscribe Ordinals," noted Connolly, "developers seeking to build secure applications, eliminate custodial bridges, achieve near-instant finality, minimize fees, and deploy their applications immediately will find no other platform with such capabilities."

康诺利指出：“虽然个人可能不需要互联网计算机来登记序号，但寻求构建安全应用程序、消除托管桥梁、实现近乎即时的最终确定、最小化费用并立即部署应用程序的开发人员将发现没有其他平台具有此类功能”。