为什么要买Genaro Network_gnx数字货币团队_区块链技术_区块链神吐槽
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为什么要买Genaro Network_gnx数字货币团队

Genaro Network是第一个结合点对点存储和可持续共识机制的图灵完备公有链。

Genaro的混合共识机制使用SPoR(Sentinel Proof of Retrievability)和PoS(权证证明),确保更强大的性能和安全性。

Genaro为开发人员提供一站式平台来部署智能合约并同时存储dApp所需的数据。这将为每个人提供一个值得信赖的互联网,可以安全地将现实世界与区块链连接起来。

那么,为什么说它是能“替代马车的汽车”呢?为什么结合存储和公链可以解决这些问题?以及如何结合两者呢?

可持续的共识机制SPoR+PoS

First, a sustainable consensus mechanism: SPoR +PoS

首先,一个可持续的共识机制:SPoR+PoS

SPoR is short for sentinel proof of retrievability – it is a calculation to tell you your file could be retrieved from servers if you want. Sentinel is the hash of a random piece of your data, and stored on the blockchain. It is low energy consumption, and will not increase over time like bitcoin. More importantly, it is a useful type of computation, used in cloud storage for years. Lastly, the Genaro network uses SPoR to secure PoS to prevent attack – nobody can easily fork and extend the forked chain because you did not run SPoR algorithm and do not have previous sentinels.

SPoR是“Sentinel Proof of Retrievability”(数据的可检索性证明)的缩写 - 这是一个计算,告诉你如果你愿意,你的文件可以从服务器上检索。

Sentinel(哨兵)是你的数据随机一部分的哈希,并且存储在区块链中。

这是低能耗的,更不会像比特币一样随着时间的增加使能耗增加,更重要的是,它是一种有用的计算,已经多年被用于云存储。

最后,Genaro网络使用SPoR来确保PoS以防止攻击 - 没有人可以轻松地分叉和扩展分叉链,因为你没有运行过SPoR算法并且没有之前的哨兵。

Genaro Network具有激励的点对点共享网络

Second, Genaro sharer, is a peer to peer sharing network with more incentives. As for the basic level, increase in computing power or large node storage space cannot have a ‘monopoly-effect‘. As for deep level, we think the most precious resource nowadays is data. Genaro sharer’s ultimate goal was to allow both individuals and company to share data based on the storage network. For instance, a Company could run machine learning on the encrypted data on Genaro Eden, and data sharer could get rewards through smart contract on Genaro Network.

其次,Genaro Sharer是一个具有更多激励的点对点共享网络。对于基础级别,算力或大型节点存储空间的增加不会产生“垄断效应”。至于深层次的级别,我们认为当今最宝贵的资源就是数据。

Genaro Sharer的最终目标是让个人和公司共享基于存储网络的数据,可以用硬盘挖矿

例如,公司可以对Genaro Eden上的加密过数据运行机器学习程序,数据共享者可以通过Genaro网络上的智能合约获得奖励。

TPS更高

Third, why does Genaro have higher TPS? Also how does SPoR + PoS work?

第三,为什么Genaro的TPS更高? 另外SPoR + PoS如何工作?

To reach a consensus, step one, all nodes need to stake token and get the right to share storage. Then the SPoR filters out the governance nodes from the storage nodes. That is to say, less than 200 trusted nodes reach a consensus, which is faster than all nodes consensus, and the blocks are continuously produced to reduce verification time.

想要达成共识,第一步,所有节点都需要进行stake并获得共享存储的权利。然后,SPoR从存储节点中筛选出治理节点。

也就是说,少于200个可信节点达成共识,这比达成所有节点的共识要快,并且这些区块连续产生以减少验证时间。

Genaro Eden数据上链

Fourth, Genaro Eden is a peer-to-peer storage network deeply coupled with public chain. All data is stored in a decentralized way on Genaro Eden, and the sentinels’ related info will be stored on chain and synced. Then the Genaro virtual machine operates from the instruction level on this network, therefore to provide a one-stop solution for deploying smart contract and store data at the same time.

第四,Genaro Eden是一个与公有链深度耦合的点对点存储网络。

所有数据都以去中心化的方式存储在Genaro Eden上,"哨兵”的相关信息将存储在链上并进行同步。 然后,Genaro虚拟机将从该网络的指令级开始运行,从而为同时部署智能合约和存储数据提供一站式解决方案。

打通区块链和真实世界之间的数据通道

Fifth, we have designed a protocol called “GSIOP“ to establish data channels between blockchains and the real world. Gsiop is short for Genaro streaming IO protocol. Data is initiated in GSIOP and stored in Genaro Eden. The keys for encrypted KV pairs are stored on chain as "pointer" to the decentralized data. Also the Dapp's owner has to define the rules of data operation. when someone wants to update the data, he or she has to follow the rules in an encrypted way through Gsiop as well. The updated data is stored in the Genaro storage network and this updated transaction is recorded on blockchain, it's like a handle to help developer to find the data on storage network.in this way, the blockchain will always know where to grab the correct data for applications.

第五,我们设计了一个名为“GSIOP”的协议来建立区块链和真实世界之间的数据通道。

GSIOP是Genaro Streaming IO Protocol的缩写。

数据在GSIOP中启动并存储在Genaro Eden中。加密KV对的密钥存储在链上作为分散数据的“指针”。

此外,DAPP的所有者必须定义数据操作的规则。当有人想更新数据时,他们必须以加密方式遵循规则并通过GSIOP。更新后的数据存储在Genaro存储网络中,并且这一更新的交易也被记录在区块链中,这就像一个帮助开发人员查找存储网络上的数据的把手一样。通过这种方式,区块链将始终知道在哪里获取其应用所需的正确数据。

Genaro使用双重gas模型使通证模型

As for the Sixth challenge, Genaro uses two layers of gas to make the token model more sustainable. Storage gas is more expensive than normal transaction gas because it uses more resources in the system. We are also designing a new payment gateway uses fiat money to use all produce features in the Genaro ecosystem, to provide users an additional option.

至于第六项挑战,Genaro使用双重gas模型使通证模型更具可持续性。储存gas比正常的交易gas更昂贵,因为它在系统中使用更多的资源。我们还在设计一个新的支付网关,通过法币来使用Genaro生态系统中的所有产品功能,为用户提供额外的选择。

区块链数据治理模式

The last challenge is blockchain governance. First we think on-chain governance is absolutely needed to create the decentralized community. We kindly support the idea of a“master node”– however, the master nodes should not come from voting, otherwise it’s like “whoever has the ability to attract more votes, is most trusted and helpful to the entire system”, this logic is not perfect. So we use ranking instead of voting to select the “master nodes”. As for the ranking function, we use two factors: the GNX the node is staking and the amount of sentinels the node contains. Staking is easy to understand, it is there to make sure the master node has common interest with the system. As for sentinel, it’s like when others store data on your node, that’s your sentinel amount plus one, so the more sentinel you have, more contribution you have made to the entire storage network. So Genaro’s logic is “whoever has the most significant contribution to the system, is most trusted and helpful to the entire system”. We believe data is the most valuable thing in the Genaro network, and sentinel refers to data value as well, so we call it “data governance”.

最后一个挑战是区块链治理。

首先,我们认为建立分权化社区绝对需要链上治理。

我们支持“主 节点”的想法 - 但是,主节点不应该来自投票,否则就像“谁能够吸引更多的选票,谁就是最值得信赖的并且对整个系统有帮助的人”,显然这个逻辑是不尽完善的,所以我们使用排名而不是投票来选择“主节点”。

至于排名函数,我们使用两个因素:节点的GNX权益证明和节点包含的"哨兵”数量。

权益证明很容易理解,它确保主节点对系统有共同的利益。至于"哨兵”,就像其他人在你的节点上存储数据时一样,这就是你的"哨兵”数量加1,因此拥有的"哨兵”越多,对整个存储网络的贡献就越多。

因此,Genaro的逻辑是“对系统有最重要贡献的人,就是整个系统最值得信赖和对系统有帮助的人”。

我们认为数据是Genaro网络中最有价值的东西,而"哨兵”也对应的是数据价值,所以我们称之为“数据治理”。

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