Solana 开发人员努力解决日益严重的网络拥塞问题，承认技术障碍

Solana 网络拥塞导致交易失败率达到 70%，促使开发人员解决该问题。 Solana 的高效率因拥塞而受到质疑，这归因于 QUIC 协议的特定实现和 Agave 验证器客户端的行为。尽管开发者团体 Anza 努力寻找解决方案，但 Solana Labs 的联合创始人 Anatoly Yakovenko 强调了解决拥塞错误的技术挑战。

Solana Developers Confront Mounting Network Congestion, Acknowledging Technical Challenges

Solana 开发人员面临日益严重的网络拥塞，承认技术挑战

March 31, 2024

2024 年 3 月 31 日

Solana's Network Bottleneck: A Cause for Concern

Solana 的网络瓶颈：令人担忧的原因

Solana, a blockchain network renowned for its high throughput and lightning-fast transaction speeds, has recently encountered a significant bottleneck, leading to widespread transaction failures. On Monday, April 8, on-chain data revealed that roughly 70% of all non-voting transactions on the network were failing to go through.

Solana 是一个以其高吞吐量和闪电般的交易速度而闻名的区块链网络，最近遇到了严重的瓶颈，导致广泛的交易失败。 4 月 8 日星期一，链上数据显示，网络上大约 70% 的非投票交易未能完成。

This alarming congestion has raised concerns about the stability and reliability of Solana's network, prompting developers to take immediate action to address the issue.

这种令人震惊的拥堵引发了人们对 Solana 网络稳定性和可靠性的担忧，促使开发人员立即采取行动解决该问题。

Anza's Insight into the Problem

Anza 对问题的洞察

In response to the urgent matter, Anza, a developer collective specializing in Solana, has released a detailed analysis of the network's congestion problems. According to Anza's findings, the congestion stems from specific implementations of the QUIC internet transport protocol and certain behaviors of Agave, Solana's validator client.

为了应对紧急情况，专门从事 Solana 的开发者集体 Anza 发布了对网络拥塞问题的详细分析。根据 Anza 的调查结果，拥塞源于 QUIC 互联网传输协议的具体实现以及 Solana 验证器客户端 Agave 的某些行为。

These issues are particularly acute during periods of high network traffic, which Solana has experienced lately. The influx of memecoin speculation and algorithmic trading has led to a surge in traffic, surpassing that of Ethereum, the world's second-largest blockchain network.

这些问题在 Solana 最近遇到的网络流量高的时期尤其严重。模因币投机和算法交易的涌入导致流量激增，超过了全球第二大区块链网络以太坊。

Co-Founder's Perspective on the Challenges

联合创始人对挑战的看法

Anatoly Yakovenko, co-founder of Solana Labs, acknowledges the technical complexities involved in resolving the network congestion bugs. Yakovenko notes that fixing these bugs requires thorough testing, making rapid fixes impossible.

Solana Labs 联合创始人 Anatoly Yakovenko 承认解决网络拥塞问题所涉及的技术复杂性。 Yakovenko 指出，修复这些错误需要进行彻底的测试，因此无法快速修复。

While acknowledging the time constraints, Yakovenko maintains that the patches being developed will mitigate the congestion issues once implemented. However, it remains uncertain how the network will withstand the ever-increasing traffic and whether incremental improvements can keep pace with the growing demand.

在承认时间限制的同时，雅科文科坚持认为，正在开发的补丁一旦实施将缓解拥堵问题。然而，网络如何承受不断增长的流量以及渐进式改进能否跟上不断增长的需求仍不确定。

A Valuable Lesson for the Blockchain Community

给区块链社区的宝贵教训

The congestion issues on the Solana network serve as a valuable learning experience for the broader blockchain community. They underscore the critical importance of:

Solana 网络上的拥塞问题为更广泛的区块链社区提供了宝贵的学习经验。他们强调以下几点的重要性：

• Robust network design
• Continuous testing
• Adaptive development

These measures are essential to ensure that blockchain networks can meet the evolving demands of users and maintain their reliability and scalability.

稳健的网络设计持续测试适应性开发这些措施对于确保区块链网络能够满足用户不断变化的需求并保持其可靠性和可扩展性至关重要。

Potential Solutions on the Horizon

即将出现的潜在解决方案

Anza, in collaboration with other Solana developers, is actively working on a series of measures to alleviate the network congestion. These measures include:

Anza 正在与其他 Solana 开发人员合作，积极采取一系列措施来缓解网络拥塞。这些措施包括：

• Optimizing QUIC implementation
• Improving Agave's behavior
• Scaling the network's capacity

While these solutions may not resolve the congestion issues overnight, they represent a positive step towards addressing the challenges and ensuring the long-term stability of the Solana network.

优化 QUIC 实施改善 Agave 的行为扩展网络容量虽然这些解决方案可能无法在一夜之间解决拥塞问题，但它们代表了解决挑战和确保 Solana 网络长期稳定性的积极一步。

Conclusion

结论

The network congestion issues on Solana highlight the complexities involved in scaling blockchain networks to meet the growing demands of users. While developers are actively working to resolve these issues, it is essential to recognize that incremental improvements may be insufficient to sustain the network's growth trajectory. Collaborative efforts and long-term vision are crucial to ensure the future success and scalability of Solana and the blockchain ecosystem as a whole.

Solana 的网络拥塞问题凸显了扩展区块链网络以满足用户不断增长的需求所涉及的复杂性。虽然开发人员正在积极努力解决这些问题，但必须认识到渐进式改进可能不足以维持网络的增长轨迹。协作努力和长期愿景对于确保 Solana 和整个区块链生态系统的未来成功和可扩展性至关重要。