开发中 路线图

PIVX拥有业内最有才华的团队之一,在发布同类首创创新方面拥有可靠的记录。

新隐私协议

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PIVX将使用Groth16 zk-SNARK的零知识证明来实施萨普琳协议,这是一种新的隐私协议,与我们以前的解决方案相比,它将提供改进的隐私,可用性和性能。这是2020年的最高优先项目,计划于2020年第四季度发布。 简而言之:这将超越PIVX的隐私保护,使用户能够将硬币从一个地址安全地转移到另一个地址,而无需其他人知道硬币的来源,发送了多少硬币,发送和接收的地址,以及涉及哪个地址历史。

P2P网络流程优化

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改进的P2P网络代码,以实现对等节点之间更好的交互。此外,通过将其与验证层解耦来更改网络封装代码,从而实现更好的互斥和竞争条件管理,从而将网络延迟降低百分之三十,并进行许多其他改进。 简而言之:这意味着与网络中其他对等点的连接更快,更稳定,更可靠。

增强的治理选项卡

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这将添加一个新标签,允许用户监视实时建议,并可以从QT钱包的图形用户界面中轻松地将它们作为主节点所有者进行投票。 用户将不再需要依赖主节点提案网站或使用调试控制台/命令终端来投票。

钱包内提案创建

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这将在Qt钱包中添加一个更易于访问和用户友好的界面,以创建PIVX预算提案,社区可以对其进行审查和投票。 这意味着不再需要通过使用复杂且易于出错的命令行来创建提案。

不建议使用的代码清除

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通过删除未使用的非必要代码(例如旧记帐系统,零币协议和ZLNP)来减少膨胀。 简而言之:干净的代码意味着更好的性能,减少了开发人员的困惑,并改善了钱包开发的未来证明。

改进的二级网络同步

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在第二层主节点网络层上,更稳定,更快,减少网络膨胀,减少冗余并减少资源消耗。

确定性主节点列表

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DIP002和DIP003的自定义实现为主节点网络引入了多种增强功能,例如:衍生自区块链的主节点列表,自定义奖励地址,投票委派等。

Long Living Masternode Quorums (LLMQ)

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As outlined in DIP 6, this is a decentralized BLS M-of-N threshold scheme, based on Shamir's Secrete Sharing, and it consists in 7 phases; Initialization, Contribution,Complaining, Justification, Commitment, Finalization and Mining. These steps allow for a Quorum to be defined in advance, and used for a certain time frame, to instantly reach consensus.

Deterministic Masternode Proof of Service

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Based on the Long Living Masternode Quorums underling Deterministic Key Generation protocol, this functionality allows the network to validate the correct behavior of Deterministic Masternodes.

Tier Two Network Complete Redesign

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Complete refactor of the code to more efficiently reach consensus of the proposal status, and budget finalization. Also included are improvements to Masternode Payments System to funded proposals in a single block at Super Block, instead of being spread out over several blocks following Super Block. Further, refactoring of the P2P layer and network messages synchronization is included.

New On-Chain MetaData Transaction Type

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This functionality adds a basis for new transaction types that will provide on-chain metadata to assist various consensus mechanisms. This will allow for a more native way to implement new features which don’t naturally fit into the current concept of transactions.

Masternodes System Compatibility Phase

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This functionality supports the time frame prior the final enforcement in which the blockchain will allow both legacy and deterministic Masternodes to exist at the same time, treating them equally.

Expanded Masternode Creation Wizard

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This functionality supports the new network roles of the Deterministic Masternodes system. Three roles are included. First, the 'Owner' can manage the collateral, as well as customize the masternode and rewards payout addresses separately. Second, a 'BLS Key' can be specified for the 'Service Operator' as well as a percentage of reward payment and address for the optional 3rd party manager of the Masternode. Third, an address can be specified to define who has the voting rights for the Masternode for proposals.

New Masternodes Management UI/UX

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Changes to display the distinction between Legacy and Deterministic Masternodes. New menu actions for each Deterministic Masternode to display info, change or revoke service, change the voting key, or delete the Masternode.

Tier Two Module to Cache/Update DMN list

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New functionality added to leverage the characteristics of the Deterministic Masternodes, and provide a highly performance optimized list of existing Deterministic Masternodes, from which a consensus pool can be randomly selected. A new generalized Masternode model to accept Legacy and Deterministic Masternodes is also included.

SHIELD Staking

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In a future 6.x wallet release PIVX will introduce a brand-new SHIELD staking feature. It will allow an individual to stake shielded coins and receive the staking rewards directly to a shield address. This feature will protect users' data, uphold their financial data protection, and increase the shielded coins' percentage in the PIVX network, further strengthening the SHIELD protocol.

Staking Pool Operators

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It allows the creation of staking pools where users don’t need to find a block to get rewarded. The pool operator collects all the rewards, subtracts his fee, and then redistributes the remaining part across all stakers, percentually based on the amount of delegated coins. This prevents centralization which might happen once PIVX price goes up, and ensures further network decentralization, allowing the small stakers/investors to receive staking rewards on a daily basis to their mobile wallets for a daily spending, while their staking coins are being safely stored on a hardware of offline wallet.

多签名的Sporks

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通过使用多个签名者,可以提高后缀的安全性和分散性。 简而言之:这将为网络提供更好的保护,以防止潜在的内部攻击或错误。