封装作为新验证器加入IOTA生态系统

这种选择反映了对权力下放和全球覆盖范围的强烈推动。封装已经在35多个链条链条上运行节点。

Recently, IOTA announced that Encapsulate has joined its ecosystem as a new validator. This choice highlights a strong push toward both decentralization and global coverage.

最近，IOTA宣布封装已加入其生态系统作为新验证器。这种选择突出了对权力下放和全球覆盖范围的强烈推动。

The Importance of Geographic Diversity in IOTA Validators

地理多样性在IOTA验证器中的重要性

This move expands on the stellar performance and reliability that Encapsulate is known for in the crypto space. The company already runs nodes on over 35 proof-of-stake chains. These nodes are maintained to the highest standards, ensuring network stability and optimal operation. This dedication to excellence is directly transferable to the IOTA ecosystem.

此举扩大了封装在加密货币空间中众所周知的恒星性能和可靠性。该公司已经在35多个固定链条上运行节点。这些节点可保持最高标准，从而确保网络稳定性和最佳操作。这种对卓越的奉献是可以直接转移到IOTA生态系统的。

The Indian node expands the geographic diversity of the validator infrastructure. This diversity is crucial for minimizing latency and improving user experience across different regions. As the IOTA Network continues to grow, institutions are playing an increasingly important role in maintaining it.

印度节点扩大了验证器基础架构的地理多样性。这种多样性对于最大程度地降低了延迟和改善不同地区的用户体验至关重要。随着IOTA网络的不断增长，机构在维护它方面发挥了越来越重要的作用。

Key Functions and Governance Limits in IOTA Validator

IOTA验证器中的关键功能和治理限制

On the IOTA Network, validators perform more than just basic node duties. They also manage software updates, gas price proposals, and on-chain commands. This responsibility is reflected in the stringent protocols for joining the validator program.

在IOTA网络上，验证器的执行不仅仅是基本节点职责。他们还管理软件更新，汽油价格建议和链命令。此责任反映在加入验证器程序的严格协议中。

To become a validator, a staking pool must accumulate at least two million IOTA and follow best practices in key management and security. A validator can be removed if it fails to keep the required stakeholders or performs poorly. This step is essential for maintaining the operational integrity of the network and preventing downtime. It also deters against misconfigured or poorly maintained nodes, ensuring optimal performance and stability.

要成为验证者，放入池必须至少积累200万个IOTA，并遵循关键管理和安全方面的最佳实践。如果验证者无法保持所需的利益相关者或绩效差，则可以删除验证者。此步骤对于维持网络的运营完整性和预防停机时间至关重要。它还防止了较不合格或维护较差的节点，从而确保了最佳性能和稳定性。

IOTA Validator Tokenomics outlines how power and rewards stay balanced in the system. In this model, no user can stake unlimited amounts toward one validator. Instead, each validator’s voting power caps at ten percent of the total votes. Any extra tokens staked beyond this cap lose direct influence. Those extra votes get redistributed across the validator set. This design prevents any validator from becoming disproportionately powerful, even with large support pools.

IOTA验证物标记学概述了功率和奖励如何在系统中保持平衡。在此模型中，没有用户可以对一个验证器施加无限量。取而代之的是，每个验证者的投票功率上限为总数的百分之十。超越此帽子的任何额外的令牌都会失去直接影响。这些额外的选票将在验证器集中重新分配。这种设计可以防止任何验证器变得不成比例，即使有大量的支持池。

The Importance of Staking Mechanics and Reward Distribution

放入力学和奖励分配的重要性

To earn rewards, users stake tokens with IOTA validators. These deposits create StakedIOTA objects tagged by timestamp. This timestamp fixes each user’s share of the block and reward eligibility. Users can withdraw their stakes at any time using the previous epoch’s rate, ensuring fairness in distribution. A single-staked IOTA object cannot be split for partial withdrawal. However, multiple stakes can be unstaked in segments at the user’s discretion, offering flexibility for both casual and high-volume stakers. This flexibility encourages users to spread their risk and rewards evenly by staking through multiple validators.

为了赚取奖励，用户使用IOTA验证器股权令牌。这些沉积物会产生由时间戳标记的stakediota对象。此时间戳可以修复每个用户在块中的份额并奖励资格。用户可以随时使用上一个时期的速度撤回赌注，从而确保分销公平。单固化的iota对象不能拆分部分提取。但是，通过用户的酌处权可以在细分市场中不储存多种赌注，为休闲和大批量制造商提供了灵活性。这种灵活性鼓励用户通过通过多个验证器进行积分来散布自己的风险和均匀奖励。

IOTA validators also play a role in setting the gas fees across the network. Each validator proposes a gas price for the next epoch, and the network uses the two‐thirds percentile of those weights. This method contributes to keeping gas fees stable for users during regular operations.

IOTA验证器还可以在整个网络设置汽油费中发挥作用。每个验证者都提出了下一个时期的气价，并且该网络使用这些权重的三分之二。这种方法有助于在常规操作期间保持用户稳定的汽油费。

Validators can reuse their proposals or update them as needed. For instance, if there are sudden changes in gas prices due to market shifts, validators can adjust their proposals accordingly. In this dynamic setting, Encapsulate plans to actively participate in the gas pricing process with its usual focus on performance and reliability.

验证者可以重复使用他们的建议或根据需要更新。例如，如果由于市场转移而导致的汽油价格突然变化，验证者可以相应地调整其建议。在这种动态环境中，封装了计划积极参与气体定价过程的计划，通常关注性能和可靠性。

How does the IOTA Slashing System Ensure Accountability?

IOTA削减系统如何确保问责制？

A slashing system called the Tallying Rule ensures that validators are held accountable for their actions and performance.

一个称为Tally规则的削减系统可确保验证者对其行为和绩效负责。

Every epoch, IOTA validators score each other’s performance, noting any errors or instances of underperformance in their logs. After each epoch, these scores are tallied for potential slashing. If a validator performs poorly, it will be slashed, which can result in a reduction of the validator’s rewards for the next epoch. This system incentivizes validators to stay reliable, act honestly, and perform at a high standard.

每个时期，IOTA验证者都会对彼此的表现进行评分，并指出其日志表现不佳的任何错误或实例。在每个时期之后，这些分数都会划分为潜在的削减。如果验证器的性能较差，它将被削减，这可能导致下一个时代的验证者的奖励减少。该系统激励验证者保持可靠，诚实采取行动并以高标准执行。

Community dashboards track these scores and performance metrics, fostering transparency among participants. This penalty process is part of the Validator Tokenomics design to maintain optimal performance standards across the network. Users can view the results of this performance evaluation online through public performance dashboards, highlighting the open and accountable nature of the IOTA ecosystem.

社区仪表板跟踪这些分数和性能指标，从而促进了参与者的透明度。该惩罚过程是验证器令牌设计的一部分，以维持整个网络的最佳性能标准。用户可以通过公共绩效仪表板在线查看此绩效评估的结果，从而突出了IOTA生态系统的开放性和负责任的性质。