Polygon Plonky3再次成為業界最快的零知識證明系統

在最新的公開基準測試中，Polygon Plonky3 再次成為業界最快的零知識證明系統。它每秒可以證明超過200 萬個哈希，將證明生成的

Polygon Plonky3 is again the fastest zero-knowledge proving system in the industry, according to the latest publicly available benchmarking.

根據最新的公開基準測試，Polygon Plonky3 再次成為業界最快的零知識證明系統。

It can prove more than 2M hashes per second on an M3 Max, accelerating the speed of proof generation by manifold degrees. In a head-to-head comparison, these numbers show that Polygon Plonky3 outperforms StarkWare's Stwo proving system, which can prove 500k hashes per second on a Macbook.

它可以在 M3 Max 上每秒證明超過 2M 的雜湊值，從而將證明生成速度加快了多個程度。在面對面的比較中，這些數字表明 Polygon Plonky3 的性能優於 StarkWare 的 Stwo 證明系統，後者可以在 Macbook 上每秒證明 500k 哈希值。

To provide important context for this update on performance, it's worth noting that Polygon Plonky3 is a toolkit for building custom proving systems. Developers can use it to build custom zkVMs or zkEVMS.

為了為本次效能更新提供重要背景，值得注意的是 Polygon Plonky3 是一個用於建立自訂驗證系統的工具包。開發人員可以使用它來建立自訂 zkVM 或 zkEVMS。

The power of open source technology has accretive effects.

開源技術的力量具有增值效應。

For instance, Polygon Plonky3 powers important general purpose zkVMs like Valida, an extremely performant zkVM that builds on the research of Polygon co-founder Daniel Lubarov, and Succint's SP1, which is now integrated in Optimism's stack as OP Succinct.

例如，Polygon Plonky3 為重要的通用zkVM 提供支持，如Valida（一種基於Polygon 聯合創始人Daniel Lubarov 的研究而構建的性能極高的zkVM）和Succint 的SP1（現已作為OP Succinct 集成到Optimism 的堆棧中）。

This means that Polygon Plonky3 powers OP Succinct—and is integral the ZK future of the OP Stack ðŸ˜

這意味著 Polygon Plonky3 為 OP Succinct 提供動力，並且是 OP Stack 的 ZK 未來不可或缺的一部分 ðŸ~

It is a really good signal for any stack to adopt Polygon Plonky3, because ZK proofs across all stacks end up creating a better Agglayer experience.

對於任何堆疊來說，採用 Polygon Plonky3 都是一個非常好的訊號，因為所有堆疊的 ZK 證明最終會創造更好的 Agglayer 體驗。

Improved performance paves the way for significantly faster transaction processing, reduced costs, and an overall more efficient and responsive developer and user experience. And ZK proofs on every stack is good to create the best user experience in an aggregated future on the Agglayer.

效能的提高為顯著加快事務處理速度、降低成本以及整體上更有效率、響應更靈敏的開發人員和使用者體驗鋪平了道路。每個堆疊上的 ZK 證明都有助於在 Agglayer 上的聚合未來中創造最佳的使用者體驗。

Below, we dive into what sets Polygon Plonky3 apart as we unpack the benchmarking.

下面，我們在解開基準測試時深入探討 Polygon Plonky3 的與眾不同之處。

What sets Plonky2 and Polygon Plonky3 apart

Plonky2 和 Polygon Plonky3 有何不同

Polygon Labs introduced Plonky2 nearly three years ago as an extremely fast proving system optimized for recursion and hardware, and designed to accelerate chain performance. In the time since, it has become one of the most widely adopted ZK proving systems, known for its engineering innovation with Starky and its mathematical innovation with the use of small prime fields.

Polygon Labs 大約三年前推出了 Plonky2，這是一個針對遞歸和硬體進行最佳化的極快證明系統，旨在加速鏈性能。從那時起，它已成為最廣泛採用的 ZK 證明系統之一，以其 Starky 的工程創新和使用小素數域的數學創新而聞名。

Polygon Plonky3 is different from Plonky2 because it has fewer fixed properties. In short, it's less opinionated.

Polygon Plonky3 與 Plonky2 不同，因為它的固定屬性較少。簡而言之，它不太固執己見。

It’s key characteristics:

其主要特點：

Polygon Plonky3, along with its predecessor Plonky2, power leading zkVMs, including 3/6 recently benchmarked zkVMs by the ZK research group, VAC. These include:

Polygon Plonky3 及其前身 Plonky2 為領先的 zkVM 提供支持，其中包括最近由 ZK 研究小組 VAC 進行基準測試的 3/6 zkVM。這些包括：

Not included in this benchmarking is another zkVM built with Polygon Plonky3 by forking SP1, Argument zkVM.

此基準測試中未包含另一個使用 Polygon Plonky3 透過分叉 SP1 建構的 zkVM，即 Argument zkVM。

Indirectly, this means that every subsequent project that is built with these zkVMs is also built on and powered by Polygon Plonky3.

間接地，這意味著使用這些 zkVM 建構的每個後續項目也由 Polygon Plonky3 建構和支援。

These projects can and will grow alongside the mathematical and engineering innovations that occur in the field, because Polygon Plonky3 is open source. ZK developers can mix and match to build a zkVM or zkEVM that best suits their blockchain application.

這些專案能夠並且將會與該領域發生的數學和工程創新一起發展，因為 Polygon Plonky3 是開源的。 ZK 開發人員可以混合搭配建立最適合其區塊鏈應用程式的 zkVM 或 zkEVM。

Configs any which way

任何方式配置

The purpose of Polygon Plonky3 is to enable developers to build their own zkVMs and zkEVMs, best suited to their particular use case.

Polygon Plonky3 的目的是讓開發人員能夠建立自己的 zkVM 和 zkEVM，最適合他們的特定用例。

A developer that needs speed would configure Polygon Plonky3 differently than a developer that requires the smallest proof size.

需要速度的開發人員對 Polygon Plonky3 的配置與需要最小證明尺寸的開發人員不同。

Polygon Plonky3 is modular across finite field and hash function:

Polygon Plonky3 是跨有限域和雜湊函數的模組化：

At the moment, the only available polynomial commitment scheme is FRI, but support for others is currently being developed.

目前，唯一可用的多項式承諾方案是 FRI，但目前正在開發其他方案的支援。

Open source ftw

開源ftw

All the above is a strong endorsement of the open source ethos.

以上都是對開源精神的強烈認可。

A deliberate decision was made to open source Polygon Plonky3—and the entire industry has benefited from it. But that's the nature of open source technology: accretive effects, faster time to development, and new horizons.

我們深思熟慮地決定開源 Polygon Plonky3，整個產業都從中受益。但這就是開源技術的本質：增值效應、更快的開發時間和新的視野。

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Check out guru and Polygon Labs developer Brian Seong's range check on Polygon Plonky3, and be sure to tune into the blog and our social channels to keep up with updates about Polygon.

查看大師和 Polygon Labs 開發人員 Brian Seong 對 Polygon Plonky3 的範圍檢查，並務必關注部落格和我們的社交管道，以跟上有關 Polygon 的更新。

The future of Web3 is aggregated.

Web3 的未來是聚合的。

Website | Farcaster | X (Twitter) | Forum | Telegram | Discord | Instagram | LinkedIn | Polygon Knowledge Layer

網站 |遠播者| X（推特）|論壇 |電報 |不和諧| Instagram |領英 |多邊形知識層