Brevis：通过无限计算和安全计算扩展区块链

探索 Brevis 如何利用其 zkCoprocessor 彻底改变区块链计算，为 dApp 提供安全、可扩展且可验证的链下计算。

Brevis: Scaling Blockchains with Infinite Compute and Secure Computation

Brevis：通过无限计算和安全计算扩展区块链

Brevis is emerging as a game-changer, offering an infinite compute layer for blockchains. Its innovative zkCoprocessor allows smart contracts to perform complex computations and receive verified results, all while maintaining security and privacy. Let's dive into the key aspects of Brevis and its impact on the blockchain landscape.

Brevis 正在成为游戏规则的改变者，为区块链提供无限的计算层。其创新的 zkCoprocessor 允许智能合约执行复杂的计算并接收经过验证的结果，同时保持安全和隐私。让我们深入探讨 Brevis 的关键方面及其对区块链格局的影响。

The Core Innovation: zkCoprocessor

核心创新：zk协处理器

At the heart of Brevis lies the zkCoprocessor, an intermediary computation component that handles smart contract queries. Every calculation is accompanied by a Zero-Knowledge Proof (ZKP), cryptographically validating the result without revealing sensitive data. This ensures confidentiality and accuracy, making it ideal for handling both on-chain and off-chain data.

Brevis 的核心是 zkCoprocessor，它是一个处理智能合约查询的中间计算组件。每次计算都伴随着零知识证明（ZKP），以加密方式验证结果，而不会泄露敏感数据。这确保了机密性和准确性，使其成为处理链上和链下数据的理想选择。

How Brevis Works: Transparency and Reliability

Brevis 的工作原理：透明度和可靠性

Brevis operates with a network of Provers and operators who contribute computing resources. These contributions are recorded and tested on the ProverChain, promoting transparency and reliability. This decentralized approach avoids centralization, making computation more trustworthy.

Brevis 与贡献计算资源的证明者和操作者网络一起运营。这些贡献在 ProverChain 上进行记录和测试，提高透明度和可靠性。这种去中心化的方法避免了中心化，使计算更加值得信赖。

The Tech Behind the Magic: PLONK and ProverChain

魔法背后的技术：PLONK 和 ProverChain

Brevis utilizes PLONK proofs, based on a KZG trusted configuration from the AZTEC Ignition ceremony. The ProverChain, a Proof-of-Stake blockchain, acts as a coordinator for validators, verifying each ZKP and ensuring the on-chain reputation of Provers. This architecture ensures scalability, allowing more Provers to be added to the network, and reduces gas expenditure and computational bottlenecks for smart contracts.

Brevis 利用 PLONK 证明，基于 AZTEC 点火仪式的 KZG 可信配置。 ProverChain 是一种权益证明区块链，充当验证者的协调者，验证每个 ZKP 并确保 Provers 的链上声誉。这种架构确保了可扩展性，允许将更多的证明者添加到网络中，并减少智能合约的 Gas 支出和计算瓶颈。

Brevis Pico: Empowering Developers

Brevis Pico：为开发人员赋能

The introduction of Brevis Pico, an open-source zero-knowledge virtual machine (zkVM), further empowers developers. It enables them to efficiently develop, test, and deploy zk applications. Each proof confirms computation or historical data without exposing sensitive information, crucial for privacy and compliance.

开源零知识虚拟机 (zkVM) Brevis Pico 的推出进一步增强了开发人员的能力。它使他们能够高效地开发、测试和部署 zk 应用程序。每个证明都可以确认计算或历史数据，而不会暴露敏感信息，这对于隐私和合规性至关重要。

Use Cases and Applications

用例和应用

Brevis unlocks more complex logic within decentralized applications (dApps). From DeFi and AI to gaming and cross-chain applications, the possibilities are vast. Brevis is already integrated with over 23 dApps, including PancakeSwap, Kernel, Kwenta, Mellow, Euler, and Bedrock, showcasing its versatility and adoption.

Brevis 在去中心化应用程序 (dApp) 中解锁了更复杂的逻辑。从 DeFi 和人工智能到游戏和跨链应用，可能性是巨大的。 Brevis 已与超过 23 个 dApp 集成，包括 PancakeSwap、Kernel、Kwenta、Mellow、Euler 和 Bedrock，展示了其多功能性和采用率。

Brevis vs. the Competition

布雷维斯与竞争对手

While zkEVMs like zkSync and Polygon zkEVM exist, Brevis stands out as a chain-agnostic layer. It serves as a fundamental building block for verifiable computation in Web3, ensuring privacy and efficiency. With tens of thousands of active addresses and millions of proofs served, Brevis is rapidly becoming a cornerstone of the decentralized ecosystem.

虽然 zkSync 和 Polygon zkEVM 等 zkEVM 已经存在，但 Brevis 作为链无关层脱颖而出。它作为 Web3 中可验证计算的基本构建块，确保隐私和效率。凭借数万个活跃地址和数百万个服务证明，Brevis 正在迅速成为去中心化生态系统的基石。

Insights and Implications

见解和启示

Brevis addresses a significant limitation in blockchain technology: the computational bottleneck. By enabling trustless verification of complex tasks, it eliminates dependence on central servers. The on-chain reputation system of ProverChain guarantees accountability. While potential weaknesses in the trusted setup and off-chain dependencies need careful consideration, the potential benefits of Brevis are undeniable.

Brevis 解决了区块链技术的一个重大限制：计算瓶颈。通过对复杂任务进行无需信任的验证，它消除了对中央服务器的依赖。 ProverChain的链上信誉系统保证了问责制。尽管需要仔细考虑可信设置和链下依赖项中的潜在弱点，但 Brevis 的潜在好处是不可否认的。

The Future is Bright

未来是光明的

With its innovative zkCoprocessor and robust architecture, Brevis is well-positioned to drive the next wave of blockchain innovation. As the demand for scalable and secure computation grows, Brevis is poised to become an indispensable tool for developers building the decentralized future. The sky's the limit (or maybe even beyond, with infinite compute!).

凭借其创新的 zkCoprocessor 和强大的架构，Brevis 完全有能力推动下一波区块链创新浪潮。随着对可扩展和安全计算的需求不断增长，Brevis 有望成为开发人员构建去中心化未来不可或缺的工具。天空是极限（或者甚至超越，具有无限的计算！）。