最佳的是任何区块链的分散，性能增强的记忆层，筹集了1100万美元的种子回合

邀请哈佛和麻省理工学院等机构的创作者从学术界跳入商业加密竞技场。

Decentralized, performance-enhancing memory layer Optimum has raised $11 million in seed funding, inviting its creators from institutions like Harvard and MIT to jump from the world of academia into the commercial crypto arena.

分散的，增强性能的记忆层最佳筹集了1100万美元的种子资金，邀请其从哈佛大学和麻省理工学院等机构的创造者从学术界跳入商业加密竞技场。

The seed round was led by 1kx with participation from Robot Ventures, Finality Capital, Spartan, CMT Digital, SNZ, Triton Capital, Big Brain, CMS, Longhash, NGC, Animoca, GSR, Caladan, Reforge and others.

种子轮由1KX领导，来自Robot Ventures，Finality Capital，Spartan，CMT Digital，SNZ，Triton Capital，Big Brain，CMS，Longhash，NGC，NGC，Animoca，GSR，GSR，Caladan，Reforge等。

Optimum is building what it calls the missing memory layer of blockchains, making the way data is stored, accessed and propagated, faster, cheaper and truly decentralized, according to a press release.

根据新闻稿，Optimum正在构建它所谓的区块链的缺失存储器层，从而使数据的存储，访问和传播，更快，更便宜且真正分散。

At the core of Optimum’s innovation is a method of decentralized coding for distributed systems, known as Random Linear Network Coding (RLNC), developed by Muriel Médard, an MIT professor who is speaking at Consensus Toronto 2025.

Optimum创新的核心是一种用于分布式系统的分散编码的方法，被称为随机线性网络编码（RLNC）。

“If you think of Web3 as a decentralized world computer, people have done an amazing job on the compute part; let's say, the operating system,” Médard said in an interview. “But anybody who's put together a computer knows that you also need a bus, which is the data propagation, and you need a memory, which we call the random access memory, as opposed to more static memory like a disk or the cloud.”

梅达德在接受采访时说：“如果您认为Web3是一台分散的世界计算机，人们在计算部分上做得很棒；假设操作系统。” “但是，将计算机组合在一起的任何人都知道您还需要一辆总线，即数据传播，并且您需要一个内存，我们将其称为随机访问存储器，而不是磁盘或云等更静态的内存。”

Without a scalable memory layer, blockchains face systemic inefficiencies, according to Médard, such as outdated gossip networks that redundantly propagate data, congested memepools that cause unpredictable delays and bloated nodes that make retrieval costly and complex.

根据Médard的说法，如果没有可扩展的记忆层，区块链就面临系统性效率低下的效率，例如过时的八卦网络，这些网络会冗余地传播数据，造成不可预测的延迟和肿的节点，这些造成了不可预测的节点，这些节点使得造成了昂贵且复杂的检索。

Optimum’s memory infrastructure tackles inefficient data propagation, redundant storage and slow access, using Médard’s RLNC coding scheme.

使用Médard的RLNC编码方案，Optimum的内存基础架构可以解决效率低下的数据传播，冗余存储和慢速访问。

Optimum is now live on a private testnet and is inviting L1s, L2s, validators and node operators to experience its decentralized memory layer in action.

现在，Optimum现在可以在专用测试网上实时，并邀请L1，L2S，验证器和节点运算符，以体验其在操作中的分散内置存储层。