简洁的实验室在其SP1 HyperCube方面取得了重大突破

简洁的实验室与他们的SP1 HyperCube取得了重大突破，这是一种下一代零知识虚拟机（ZKVM）

Succinct Labs has achieved a significant milestone with SP1 Hypercube, a next-generation zero-knowledge virtual machine (zkVM) capable of generating ZK proofs for Ethereum blocks in under 12 seconds.

简洁的实验室已通过SP1 HyperCube实现了一个重要的里程碑，SP1 HyperCube是一种下一代零知识虚拟机（ZKVM），能够在12秒内为以太坊块生成ZK证明。

This breakthrough follows an average proving time of 10.3 seconds across 93% of 9,300 tested mainnet blocks, showcasing the efficiency of SP1 Hypercube in handling diverse on-chain conditions.

这一突破之后，在9,300个经过测试的主网块中，93％的93％的平均证明时间为10.3秒，展示了SP1 HyperCube在处理各种链链条件方面的效率。

Earlier this year, Succinct Labs announced SP1 Turbo, a state-of-the-art prover that achieved record-breaking latency and cost for zkp, setting a new standard in efficient and scalable blockchain technology. Now, they have unveiled SP1 Hypercube, a prover cluster that pushes the boundaries even further.

今年早些时候，简洁的实验室宣布，SP1 Turbo是一项最先进的供师，它实现了ZKP的创纪录延迟和成本，为高效且可扩展的区块链技术树立了新的标准。现在，他们已经揭开了SP1 HyperCube，这是一个众所周知的集群，可以进一步推动边界。

In a world first, SP1 Hypercube can generate ZK proofs for Ethereum blocks in real-time (less than 12 seconds), a feat previously considered nearly impossible. This breakthrough is made possible by a cluster of around 200 NVIDIA RTX 4090 GPUs, demonstrating the significant computing power required.

首先，SP1 HyperCube可以实时（不到12秒）为以太坊块生成ZK证明，这是以前被认为几乎不可能的壮举。大约200个NVIDIA RTX 4090 GPU的集群使这一突破成为可能，这表明了所需的重要计算能力。

Moreover, SP1 Hypercube reduces recursive proof overhead by 40% with a novel cross-table lookup system and utilizes multilinear polynomial-based proof systems, achieving up to 5x better latency and cost compared to SP1 Turbo.

此外，SP1 HyperCube通过新颖的跨桌子查找系统将递归证明开销降低了40％，并利用了基于多项式多项式的证明系统，与SP1 Turbo相比，可提高延迟和成本高达5倍。

The prover and verifier code is open-source, aligning with blockchain’s ethos of transparency, and the hardware cost for a proving cluster is estimated at $100k-$400k, rendering it feasible for broader adoption.

供惯例和验证器代码是开源的，与区块链的透明度精神一致，并且证明集群的硬件成本估计为$ 10万美元至40万美元，使其可行，以用于更广泛的采用。

This development paves the way for trustless bridging, rollup optimizations, and supports projects like Aerius Labs for storage proofs and OP Succinct for ZK rollups.

这一开发为无信任的桥梁，汇总优化铺平了道路，并支持诸如Aerius Labs之类的项目以进行存储证明，并为ZK汇总提供了简洁的操作。

To encourage participation in its decentralized prover network, Succinct introduces the $PROVE token, facilitating proof generation for diverse applications like blockchains, AI agents, and games.

为了鼓励参与其分散的私人网络，简洁介绍了$证明的代币，促进用于区块链，AI代理和游戏等不同应用程序的证明生成。

This achievement is viewed as a “space race” milestone for ZK proofs, with implications for scaling Ethereum’s ecosystem while maintaining security and decentralization. The tech is still undergoing audits, with a production-ready release planned post-audit.

这项成就被视为ZK证明的“太空竞赛”里程碑，这对扩展以太坊的生态系统的影响在维持安全性和权力下放化的同时。该技术仍在进行审核，并准备发行生产后的审核。

Implications of Succinct Labs’ SP1 Hypercube Breakthrough

简洁实验室的SP1 HyperCube突破的含义

Proving Ethereum blocks in approximately 10.3 seconds enables real-time validation, significantly boosting Layer 1 throughput without sacrificing decentralization, a crucial aspect often compromised in pursuit of scalability.

证明以太坊在大约10.3秒内实现了实时验证，可以显着提高第1层的吞吐量而不牺牲分权，这一关键方面通常在追求可扩展性时受到损害。

SP1 Hypercube enhances Layer 2 solutions like Optimistic Rollups and ZK-Rollups by providing rapid, trustless proof generation, reducing latency and costs for rollup operators.

SP1 HyperCube通过提供快速，无信任的证明产生，减少汇总操作员的延迟和成本，从而增强了2层解决方案，例如乐观的汇总和ZK滚动。

Cross-Chain Interoperability enables trustless bridges between Ethereum and other blockchains, facilitating efficient asset transfers and data sharing.

跨链互操作性可实现以太坊和其他区块链之间无信任的桥梁，从而促进了有效的资产传输和数据共享。

The PROVE token incentivizes a decentralized network of provers, potentially democratizing access to ZK proof generation for various blockchains, AI agents, and gaming platforms.

事实证明，令牌激励了一个分散的掠夺网络，有可能使各种区块链，AI代理和游戏平台的ZK证明生成访问权限。

Projects like Aerius Labs are utilizing SP1 for efficient storage proofs, addressing data availability challenges faced by rollups and other systems.

诸如Aerius Labs之类的项目正在利用SP1进行有效的存储证明，以解决汇总和其他系统所面临的数据可用性挑战。

SP1 Hypercube offers up to 5x better latency and cost compared to previous systems, and with hardware costs estimated at $100k-$400k, it becomes viable for smaller organizations to participate.

与以前的系统相比，SP1 HyperCube的延迟和成本高达5倍，并且硬件成本估计为$ 10万美元至40万美元，因此小型组织的参与变得可行。

The open-source nature of the prover and verifier code encourages community contributions, fostering innovation and trust in the system.

供奉献和验证器代码的开源性质鼓励社区贡献，促进对系统的创新和信任。

Smaller developer teams or communities may find it challenging to acquire and maintain a cluster of high-end GPUs and stable infrastructure (power, cooling) in developing regions, potentially creating a regional divide in participation.

较小的开发人员团队或社区可能会发现在发展中地区获取和维持一组高端GPU和稳定的基础设施（功率，冷却）的群集，这可能会在参与中造成区域性鸿沟。

Furthermore, implementing and maintaining ZK proof systems requires specialized knowledge, which could limit adoption to teams with strong cryptographic expertise.

此外，实施和维护ZK证明系统需要专业知识，这可能会限制对具有强大加密专业知识的团队的收养。

Existing infrastructure needs adaptation to leverage SP1, which might slow adoption for smaller or less technically equipped teams. While the PROVE token aims to decentralize proving, wealth concentration among early adopters or large stakeholders could skew rewards.

现有的基础架构需要适应以利用SP1，这可能会减缓对较小或更少技术装备的团队的采用。尽管事实证明，代币的目的是分散证明，但早期采用者或大型利益相关者的财富集中可能会偏爱。