ENSO升级在Shindo网络上激活，提高性能和交易能力

升级将在5月27日大约15:55 UTC以16,850,000的块高度激活。这升级标志着提高网络性能，安全性和可扩展性的关键步骤。

The technical updates in the Enso Upgrade are designed to streamline network operations and performance. Block finality now has a target of less than one second, helping to secure transactions more quickly and boosting validation throughput. Transaction capacity increases by thirty percent, reaching approximately thirteen thousand transactions per second. This supports on-chain trading, decentralized application activity, and cross-chain asset transfers within the network. Developers will also experience less latency when building, testing, and deploying new applications on Shindo Network. Validators have smoothly upgraded their nodes to integrate these enhancements, ensuring the continued reliability of the network.

ENSO升级中的技术更新旨在简化网络操作和性能。现在，块最终目标的目标不到一秒钟，有助于更快地确保交易并提高验证吞吐量。交易能力增加了30％，每秒达到约一千千万笔交易。这支持网络中的链交易，分散的应用活动和跨链资产转移。在建立，测试和部署新应用程序上，开发人员还将较少延迟。验证者已经顺利升级了节点，以集成这些增强功能，以确保网络的持续可靠性。

A major upgrade effect is lower Shindo gas consumption for EVM-based transactions and smart contracts. A new state pruning mechanism reduces storage needs by about forty percent across chain data. The Shido PoS Consensus version two update improves performance in selecting validators and maintaining network resilience during disruptions. Together, these optimizations are expected to decrease Shindo gas consumption by about thirty percent for users. Lower transaction fees could encourage more frequent trading activity and spur higher volumes of contract and application deployments. These cost savings will translate into better experiences for traders and decentralized application users.

主要的升级效果是基于EVM的交易和智能合约的Shindo气体消耗较低。在链数据中，一种新的状态修剪机制可将存储需求减少约40％。 Shido POS共识版本第二更新可提高选择验证器和维护中断期间网络弹性的性能。总之，这些优化将使用户减少shindo气体消耗约30％。较低的交易费用可以鼓励更频繁的交易活动，并刺激更大的合同和申请部署。节省这些成本将转化为交易者和分散的应用程序用户的更好体验。

On the security side, the upgrade focuses on strengthening Inter-Blockchain Communication protocol safeguards for cross-chain transfers. IBC version eight point seven point zero introduces increased resilience against partition and data integrity issues. These updates help to protect user funds and ensure the smooth transferability of assets between compatible blockchains. Improved partition resistance helps to maintain network operations even during unexpected downtime or congestion events. Overall, the protocol updates aim to mitigate potential threats and enhance the network's overall reliability and resilience. Users engaging in cross-chain operations will benefit from these new protective measures and safeguards.

在安全方面，升级专注于加强跨链转移的障碍间通信协议保障措施。 IBC版本八点七点零是针对分区和数据完整性问题提高的弹性。这些更新有助于保护用户资金，并确保兼容区块链之间资产的平稳性。即使在意外的停机时间或交通拥堵事件中，改进的分区阻力也有助于维持网络操作。总体而言，协议更新旨在减轻潜在威胁并增强网络的整体可靠性和弹性。从事跨链操作的用户将受益于这些新的保护措施和保障措施。

Updates to the WasmVM and Cosmos SDK versions aim to improve developer experiences on the network. These enhancements will streamline the process for new projects and integrations to join and build on Shindo Network. More than one hundred active projects are already developing and deploying on the network's updated infrastructure and tools. The twelve native decentralized applications will benefit directly from improved runtime stability and overall performance. Tooling updates will help developers to monitor, debug, and optimize applications more effectively. Ecosystem support initiatives are focused on long-term growth and sustainable network participation by all stakeholders.

WASMVM和Cosmos SDK版本的更新旨在改善网络上的开发人员体验。这些增强功能将简化新项目和集成在Shindo Network上加入和构建的过程。超过一百个活跃的项目已经在网络更新的基础架构和工具上开发和部署。十二个本地分散应用程序将直接受益于改善的运行时稳定性和整体性能。工具更新将帮助开发人员更有效地监视，调试和优化应用程序。生态系统支持计划的重点是所有利益相关者的长期增长和可持续网络参与。

Finally, a new token burn mechanism is designed to adjust the circulating supply in response to network activity. When activity increases beyond predefined thresholds, the system will automatically burn a portion of the outstanding token supply. This feature helps to mitigate inflationary pressures and promote scarcity over time. Higher usage leads to more tokens being burned, creating a deflationary dynamic on the network. This mechanism aims to impact token availability without guaranteeing any specific price increases over time. Market factors and user behavior will still drive long-term token value and economic outcomes. Users and stakeholders should track burn rates over time to understand potential shifts in the token supply.

最后，一种新的令牌燃烧机制旨在根据网络活动来调整循环供应。当活动增加超出预定义阈值时，系统将自动燃烧一部分未偿还的令牌供应。此功能有助于减轻通货膨胀压力并随着时间的推移促进稀缺性。较高的用法会导致更多的令牌被燃烧，从而在网络上产生通缩动态。该机制旨在影响令牌可用性，而不必保证随着时间的推移任何特定的价格上涨。市场因素和用户行为仍将推动长期令牌价值和经济成果。用户和利益相关者应随着时间的推移跟踪燃烧率，以了解令牌供应的潜在变化。

This announcement serves as a snapshot of some of the key technical changes included in the upcoming Enso Upgrade. For a comprehensive overview of the upgrade's scope and implications, please refer to the official documentation and proposals available on the Shindo Network website and community platforms. As the activation approaches, stakeholders are encouraged to contribute their insights and feedback to ensure a successful transition and optimal integration of the new functionalities.

该公告是即将进行的ENSO升级中包括的一些关键技术更改的快照。有关升级范围和含义的全面概述，请参阅Shindo网络网站和社区平台上可用的官方文档和建议。随着激活的临近，鼓励利益相关者为他们的见解和反馈做出贡献，以确保成功的过渡和最佳整合新功能。