引入负载网络：最大的已知EVM交易尺寸限制为492GB

负载网络（以前称为WeaVeVM）宣布了最大的已知EVM交易尺寸限制为492GB，从EVM兼容性层旋转用于ARWEAVE存储

Load Network, previously known for its WeaveVM initiative, has announced the largest known EVM transaction size limit of 492GB. This pivots the network, which began as an EVM compatibility layer for Arweave storage, into the "first onchain data center". With transaction size limits lifted, Load Network can now store 40% of Ethereum's ledger history or 300 hours of HD video in a single EVM base layer transaction.

以前以WEAVEVM计划而闻名的负载网络已宣布已知最大的EVM交易尺寸限制为492GB。这使网络旋转，该网络最初是ARWEAVE存储的EVM兼容性层，进入了“第一个OnChain数据中心”。随着交易尺寸的限制，负载网络现在可以将以太坊分类帐历史记录的40％或300小时的HD视频存储在单个EVM基础层交易中。

Launched in late 2023, WeaveVM aimed to bridge Arweave's permanent storage with the EVM ecosystem. Since 2024, it has become the largest data protocol on Arweave by monthly transaction volume, processing approximately 5 million transactions per month. Serving as storage for prominent chains like Avalanche, Metis, and RSS3, and data availability for Dymension, the network has outgrown its original scope.

Weavevm于2023年下半年启动，旨在将Arweave的永久存储与EVM生态系统桥接。自2024年以来，按月交易量已成为ARWEAVE的最大数据协议，每月处理约500万笔交易。作为雪崩，梅蒂斯和RSS3等突出连锁店的存储，以及dymension的数据可用性，该网络的原始范围已超过其原始范围。

Now rebranded as Load Network, it provides storage, high-bandwidth compute, and seamless integration at a fraction of traditional costs, presenting itself as a drop-in "cloud service" for blockchains, data availability (DA) layers, and dApps.

现在，它重新命名为负载网络，它提供了存储，高带宽计算和无缝集成的传统成本，将自己作为区块链，数据可用性（DA）层和DAPP的“云服务”表现出来。

Breaking the EVM Storage Barrier

打破EVM存储障碍

Load Network's new transaction format dwarfs the kilobyte-scale limits of traditional EVM chains, bundling up to 492GB of data. To put this in perspective, a single Load transaction could encapsulate a complete Llama 3 70B AI model, several days of Celestia's throughput, or hundreds of hours of HD video.

加载网络的新交易格式使传统EVM链的千层尺度限制相形见,，捆绑了多达492GB的数据。从角度来看，单个负载交易可以封装完整的Llama 3 70B AI型号，Celestia吞吐量几天或数百小时的HD视频。

Currently processing 40% more transactions than Celestia and boasting 700 times the bandwidth, Load Network brings data center-scale capabilities to the blockchain. This makes onchain storage a viable option for AI models, media, research datasets, and large-scale analytics use cases.

当前，负载网络的处理比Celestia的交易高40％，并且具有带宽的700倍，将数据中心规模的功能带到区块链。这使OnChain存储成为AI模型，媒体，研究数据集和大规模分析用例的可行选择。

"EVM storage has typically been so slow and expensive that it pushes developers to offchain solutions. When the data and compute don't live side by side, there are harsh limits on the application feature set. The perception that the EVM is a simple decentralized calculator is false," says Decent Land Labs co-founder and CEO Benjamin Brandall.

“ EVM存储通常是如此缓慢且昂贵，以至于将开发人员推向了链解决方案。当数据和计算不及时居住时，应用程序功能集有严格的限制。对EVM是一个简单的分散计算器的看法是错误的，”体面的Land Land Land Land Land Land Land Land Encougner Cofounder和CEO CEO Benjamin BrandAll。

Brandall further notes that "so far the storage bottleneck has limited the scope for what a dApp, chain, or data availability layer can really do."

布兰德尔进一步指出：“到目前为止，存储瓶颈限制了DAPP，链条或数据可用性层真正可以做的事情的范围。”

Why Onchain Data Matters

为什么Onchain数据很重要

Most EVM-based dApps today rely on centralized Web2 services like AWS for data storage due to cost and capacity constraints. This introduces familiar centralization risks and vulnerabilities, such as those highlighted by the recent Bybit hack.

今天，由于成本和容量限制，当今大多数基于EVM的DAPP都依靠AWS（例如AWS）等集中式Web2服务来存储。这引入了熟悉的集中化风险和漏洞，例如最近的Bybit Hack突出显示的中央集权风险和漏洞。

Load Network eliminates this dependency by natively integrating storage and high-bandwidth compute, making data directly accessible within smart contracts. This also opens up possibilities for automation, such as decentralized agents that can easily interact with and react to onchain data changes.

负载网络通过本质地集成存储和高带宽计算来消除这种依赖性，从而使数据在智能合约中直接访问。这也打开了自动化的可能性，例如可以轻松与OnChain数据更改相互作用并反应的分散剂。

The data is verifiable and onchain, not siloed behind a centralized endpoint that could be compromised or shut down.

数据是可验证的和链的，不会在可以妥协或关闭的集中端端点后面孤立。

The Load AVS Layer: Ethereum-Secured Data Guarantees

负载AVS层：以太坊保护的数据保证

Load Network is expanding with an EigenLayer-powered "hot cache" AVS layer, which bridges the EVM front end and Arweave's permanent "cold storage." Capable of over 800x the combined egress of all rollups tracked by rollup.wtf, this layer ensures data availability with Ethereum-grade security.

负载网络正在扩展使用Eigenlayer驱动的“热缓存” AVS层，该层桥接EVM前端和Arweave的永久性“冷存储”。能够超过800倍，该层通过rollup.wtf跟踪的所有汇总的组合出口，可确保具有以太坊级安全性的数据可用性。

It also sets the stage for a decentralized marketplace of bundling services, incentivizing operators to upload, cache, and serve data, further decentralizing the network's infrastructure.

它还为分散的捆绑服务市场奠定了基础，激励运营商上传，缓存和提供数据，进一步分散了网络的基础架构。

About Load Network

关于加载网络

Load Network is a EVM-compatible Layer 1 blockchain optimized for storage and high-throughput data availability. Through protocol-level integrations with Arweave and EigenLayer, it provides a performant, flexible and scalable data layer for EVM dApps, protocols and chains.

负载网络是EVM兼容的第1层区块链，优化了用于存储和高通量数据的可用性。通过与Arweave和Eigenlayer的协议级集成，它为EVM DAPP，协议和链条提供了一个性能，灵活和可扩展的数据层。

For more information about Load Network, please visit load.network or contact:

有关负载网络的更多信息，请访问load.network或联系人：

Benjamin Brandall

本杰明·布兰德（Benjamin Brandall）

Co-founder & CEO

联合创始人兼首席执行官

Decent Land Labs

体面的土地实验室

[email protected]

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