Chromia 和 Chasm Network 合作将人工智能推理引入 Layer 1 区块链

关系层 1 区块链 Chromia 宣布与领先的分布式人工智能推理网络 Chasm Network 建立战略合作伙伴关系。

Chromia has announced a strategic partnership with Chasm Network, a distributed AI inferencing network. As part of the partnership, Chasm will work closely with the Chromia team to expand use cases for AI on the Layer 1 blockchain.

Chromia 宣布与分布式人工智能推理网络 Chasm Network 建立战略合作伙伴关系。作为合作伙伴关系的一部分，Chasm 将与 Chromia 团队密切合作，扩展第一层区块链上人工智能的用例。

The partnership is a natural fit given Chromia’s architecture, which is designed for efficiently delivering blockchain data for dapps that will one day require terabytes and then exabytes of the stuff. AI-focused dapps are likely to be the primary drivers of this insatiable demand for onchain data.

考虑到 Chromia 的架构，这种合作关系是很自然的选择，该架构旨在为 dapp 高效地提供区块链数据，这些数据有一天会需要 TB 级甚至 EB 级的数据。以人工智能为中心的 dapp 可能是对链上数据永不满足的需求的主要驱动力。

Chasm is in the business of AI inference: the first step in training AI models through feeding them inputs and outputs to make them better at pattern recognition. Its distributed AI inference network aims to offer a more cost-effective solution that utilizes various specialized intelligence models for optimum results.

Chasm 从事人工智能推理业务：通过向人工智能模型提供输入和输出来训练人工智能模型的第一步，使它们能够更好地进行模式识别。其分布式人工智能推理网络旨在提供更具成本效益的解决方案，利用各种专门的智能模型来获得最佳结果。

While Chasm’s AI service operates on Ethereum L2 Mantle, it intends to use Chromia as the primary database layer for storing AI inference data. This hybrid solution will enable Chasm to make use of Chromia’s superior database handling capabilities while benefiting from Mantle’s EVM connectivity, where the Chasm token will be deployed.

虽然 Chasm 的 AI 服务在以太坊 L2 Mantle 上运行，但它打算使用 Chromia 作为存储 AI 推理数据的主要数据库层。这种混合解决方案将使 Chasm 能够利用 Chromia 卓越的数据库处理能力，同时受益于将部署 Chasm 代币的 Mantle 的 EVM 连接。

Chasm has also created a Chromia dapp called Chasm opML Database, which ensures the verifiability of sources used in AI decision-making processes.

Chasm 还创建了一个名为 Chasm opML Database 的 Chromia dapp，确保人工智能决策过程中使用的来源的可验证性。

In addition to being well-suited for AI applications, Chromia’s L1 is also being used by a variety of other projects, including those building in the RWAs and blockchain gaming sectors.

除了非常适合人工智能应用之外，Chromia 的 L1 还被各种其他项目所使用，包括 RWA 和区块链游戏领域的项目。

My Neighbor Alice, a blockchain builder game, and Phlomis Finance, which is working on real world assets, are among the early projects to be building on Chromia. Their success will be key in convincing other projects to build on Chromia.

区块链构建游戏《我的邻居爱丽丝》和致力于现实世界资产的 Phlomis Finance 是在 Chromia 上构建的早期项目之一。他们的成功对于说服其他项目基于 Chromia 进行开发至关重要。

Making AI Work at Scale

让人工智能大规模发挥作用

Web3 and AI have proven to be an ideal fit, with the former expanding access to a technology widely regarded as the most powerful invention since the internet itself.

Web3 和人工智能已被证明是完美的结合，前者扩大了人们对一项被广泛认为是自互联网以来最强大的发明的技术的访问。

Onchain dapps are typically interacting with AI in two key ways. From an end-user perspective, they’re proving their ability to enhance trading through AI assistants that can facilitate smarter and faster decision-making.

链上 dapp 通常通过两种关键方式与人工智能交互。从最终用户的角度来看，他们正在证明自己有能力通过人工智能助手来增强交易，从而促进更智能、更快速的决策。

From an infrastructure perspective, meanwhile, dapps are being deployed that democratize access to AI assets such as GPU compute and LLM training data.

与此同时，从基础设施的角度来看，正在部署 dapp，使对 GPU 计算和 LLM 训练数据等 AI 资产的访问民主化。

Emerging blockchains such as Chromia have been swift to identify the upside to optimizing for AI use cases and establishing themselves as a primary driver of a sector predicted to be worth hundreds of billions of dollars within the next five years.

像 Chromia 这样的新兴区块链已经迅速发现了优化人工智能用例的好处，并将自己确立为预计在未来五年内价值数千亿美元的行业的主要驱动力。

One of Chromia’s greatest value propositions is its use of relational databases that make much better use of data compared to incumbent blockchains. Relational databases are structured to efficiently retrieve data on demand, with Chromia capable of performing hundreds of read-and-write transactions within a single transaction.

Chromia 最大的价值主张之一是它使用关系数据库，与现有的区块链相比，它可以更好地利用数据。关系数据库的结构可根据需要高效地检索数据，Chromia 能够在单个事务中执行数百个读写事务。