互联网计算机利用 Threshold-Schnorr 签名彻底改变 DeFi 和 Web3

互联网计算机协议 (ICP) 集成了阈值 Schnorr 签名，这是一种允许多个网络参与者进行安全交易签名的加密方案。这种集成使 ICP 智能合约能够利用比特币的流动性和安全性，培育新的去中心化应用程序，无需中心化桥梁即可利用 BTC。

Internet Computer (ICP) Revolutionizes DeFi and Web3 with Threshold-Schnorr Signatures

互联网计算机 (ICP) 通过 Threshold-Schnorr 签名彻底改变 DeFi 和 Web3

In a groundbreaking advancement, the Internet Computer Protocol (ICP), a decentralized blockchain network, has implemented threshold-Schnorr signatures, unlocking vast potential for Bitcoin-based decentralized finance (DeFi) and web3 applications.

作为一项突破性的进步，互联网计算机协议 (ICP) 这一去中心化区块链网络实施了阈值 Schnorr 签名，释放了基于比特币的去中心化金融 (DeFi) 和 web3 应用程序的巨大潜力。

Seamless Integration for Bitcoin Liquidity and Security

比特币流动性和安全性的无缝集成

ICP's integration with threshold-Schnorr-BIP340 enables smart contracts to harness Bitcoin's liquidity and security without the need for centralized bridges. This opens up a range of decentralized applications that can seamlessly leverage BTC's robust ecosystem.

ICP 与阈值-Schnorr-BIP340 的集成使智能合约能够利用比特币的流动性和安全性，而无需集中式桥梁。这开辟了一系列可以无缝利用 BTC 强大生态系统的去中心化应用程序。

Threshold-Schnorr signatures allow multiple parties to collectively own and manage a private key, ensuring secure transaction signing and message authentication. By combining this advanced signature scheme with its Bitcoin integration, ICP creates new possibilities for DeFi and web3 innovations.

Threshold-Schnorr 签名允许多方共同拥有和管理私钥，确保安全的交易签名和消息身份验证。通过将这种先进的签名方案与其比特币集成相结合，ICP 为 DeFi 和 web3 创新创造了新的可能性。

Solving Industry Challenges with Innovative Applications

通过创新应用解决行业挑战

The integration of threshold-Schnorr on ICP addresses fundamental challenges in the crypto industry, such as:

ICP 上阈值 Schnorr 的集成解决了加密行业的基本挑战，例如：

• Decentralized Inscriptions and Ordinal Minting: Smart contracts can now inscribe ordinals on Bitcoin in a decentralized manner, expanding the utility of the Bitcoin network.
• Cross-Chain Interoperability: ICP smart contracts can send, receive, and bridge BRC-20 tokens, facilitating seamless interoperability between different blockchain ecosystems.
• Advanced Bitcoin Transactions: Support for Taproot transactions enables more complex and efficient transactions on the Bitcoin network.

Unleashing Developer Potential on Bitcoin Layer Zero

去中心化铭文和序数铸造：智能合约现在可以以去中心化的方式在比特币上铭文序数，扩展了比特币网络的实用性。跨链互操作性：ICP 智能合约可以发送、接收和桥接 BRC-20 代币，促进无缝互操作性先进的比特币交易：对 Taproot 交易的支持可以在比特币网络上实现更复杂、更高效的交易。释放比特币零层开发人员的潜力

ICP has emerged as a popular choice for developers looking to build applications on the Bitcoin layer zero. With its secure, scalable, and interoperable architecture, ICP provides the foundation for a new generation of Bitcoin-based services.

ICP 已成为希望在比特币零层上构建应用程序的开发人员的流行选择。凭借其安全、可扩展和可互操作的架构，ICP 为新一代基于比特币的服务奠定了基础。

Projects like Bioniq, Dopamine Finance, and Taler DAO are already leveraging ICP's capabilities to build innovative DeFi and web3 applications. The upcoming launch of Omnity will further expand the ecosystem of projects building on the Bitcoin layer zero.

Bioniq、Dopamine Finance 和 Taler DAO 等项目已经在利用 ICP 的功能来构建创新的 DeFi 和 web3 应用程序。即将推出的 Omnity 将进一步扩大基于比特币零层的项目生态系统。

Accelerating Bitcoin Ecosystem Growth

Accelerating Bitcoin Ecosystem Growth

The integration of threshold-Schnorr on ICP is a major step forward in unlocking the potential of Bitcoin for DeFi and web3 applications. By opening up new use cases, solving industry challenges, and empowering developers, ICP is playing a pivotal role in accelerating the growth and adoption of the Bitcoin ecosystem.

Threshold-Schnorr 在 ICP 上的集成是释放比特币在 DeFi 和 web3 应用程序潜力方面向前迈出的重要一步。通过开辟新的用例、解决行业挑战并为开发人员提供支持，ICP 在加速比特币生态系统的增长和采用方面发挥着关键作用。

Investment Disclaimer

投资免责声明

The information provided in this article is for informational purposes only and should not be construed as financial advice. Cryptocurrencies are inherently volatile and high-risk investments, and readers should conduct their own due diligence before making any investment decisions.

本文提供的信息仅供参考，不应被视为财务建议。加密货币本质上是波动性和高风险的投资，读者在做出任何投资决定之前应进行自己的尽职调查。