Bos通讯-----2018年5月1日


#1


Swiss Fondue - BOS平台基金会
你知道我们的基金会是在瑞士楚格设立的吗?

该基金会旨在监管BOS发展并确保2017年5月募集资金募集到的资金得到适当使用。

目前和最新的基金会成员是:

Serge Komaromi(创始人)
Inwhan Kim(代表)
Yezune Choi被任命为最新的委员会成员,取代Han Kyul Park
阅读更多关于此处设立的基金会的信息:
https://boscoin.us15.list-manage.com/track/click?u=68f43e713840d7344526da7e0&id=56f309c2ad&e=91470accc5
这里是Wally - 钱包发行
我们的团队上周发布了我们的移动Tokennet App Wallet的第一个公共原型源代码。目前,该团队已经开始使用Android应用程序,并且可以通过Github上的我们的Tokennet App Wallet页面获得说明,公众可以在其中查看和试验代码,以了解钱包的基本功能和流程,例如,创建钱包,导入钱包并发送付款。这是移动Tokennet应用程序钱包的初始原型,一旦所有元素都已经成熟并修正了错误,钱包就会在Google Play上发布。
请按照以下链接了解更多信息:https://boscoin.us15.list-manage.com/track/click?u=68f43e713840d7344526da7e0&id=72cdea38f1&e=91470accc5
开发者更新
信托合约更新
虽然目前的开发已经结束,但该团队已经创建了一个用于存储和执行信托合约的原型。目前他们正在创建一种语言规范,最终用户可以使用该规范轻松创建自己的信任合约。
SCP审核 - 为了共识

这项发展验证了我们使用2种密码技术(同态加密和公私钥)的概念,以确保投票过程可以以私人方式进行,其中:

  • 私人投票:允许成员在不透露其身份的情况下进行投票

  • 1人1票:虽然选票是以加密身份进行的,但系统能够确保只有一个人拥有一票

  • 投票的有效性:会员能够在系统上确认他们投票的内容。

国会投票原型
标题
匿名透明系统
介绍
区块链是一种分布式账本技术,可以在整个系统中实现透明度。以比特币为例,虽然用户匿名被保留,但透明度指的是开源代码可用,分类账的数据可以通过API提取。

FOR BOSCOIN:

目前正在开发的BOScoin是一个基于这个概念的平台。不同之处在于,除了价值交易(即比特币)之外,BOScoin目前还计划在其平台上提供其他三种关键方面,这是一种不同类型的共识算法(将用于解决当前问题,如可扩展性 - 见https://medium.com/@boscoin/dpos-mfba-c84bae2e21ae信托合约(请阅读文章[https://boscoin.us15.list-manage.com/track/click?u=68f43e713840d7344526da7e0&id=bf85de373b&e=91470accc5]
大会网络的一个关键是一个投票过程,在这个过程中,国会成员将能够投票处理诸如项目建议等事情。BOScoin已与KSA(KSA的业务解释)合作,开发协议以确保BOS平台内的匿名。
内容


2018年4月26日,我们的合作伙伴KSA向BOS平台大会网络展示了他们首个投票系统原型。原型演示包括源代码和逻辑模型演练,这证实了BOScoin的概念:

私人投票:确保投票可以不需要透露选民的信息或身份;
One-One-One-Vote:确保系统认识到一个账户可以投票不超过一次; 和
投票的有效性:确保投票没有被篡改(选民也能够确认自己的投票)。
这是由选民进行的,以生成选票邮票,其改变在每一票-只有选民会亲自知道哪个选票邮票是他们的; 然而该系统也能够确认/确认投票人/投票的一票。

这个投票原型需要深入理解密码技术,包括公钥和私钥以及同态加密。与当前可用的技术(比特币)相比,主要区别在于目前的系统可以使用别名(即公钥和私钥)来保护用户的身份,但它们不需要根据身份进行操作也是匿名的。BOS平台投票流程要求公众不知道投票人是谁,但也让系统明白只有一个身份只投了一次。虽然原型确认了BOscoin的国会投票概念的可行性,但该原型是在当地系统下开发的; 另外产生的数据目前太大,处理需要大量的资源。
下一步是团队进一步开发这个原型来解决以下问题:

  • 区块链整合:确保产品可以使用区块链数据运行区块链;
  • 性能和可伸缩性:减少输出数据的大小,并缩短处理时间

虽然这次演示仅证实了我们的国会投票方式,但我们承认,为BOS平台做好准备仍有大量工作要做。
我们感谢大家对我们的BOS平台的持续支持!


#2

English translation:

This is Wally-wallet issue Our team released the first common prototype source code for our mobile tokennet App wallet last week. Currently, the team has started using Android apps and can be illustrated with our Tokennet App wallet page on GitHub, where the public can view and test code to understand the basic functions and processes of wallets, such as creating wallets, Import wallet and send payment.
This is the original prototype of the mobile Tokennet application wallet, which will be posted on Google Play once all elements have matured and fixed errors. Please follow the links below for more information: https://boscoin.us15.list-manage.com/track/click?u=68f43e713840d7344526da7e0&id=72cdea38f1&e=
91470accc5
Developer Updates
Renewal of trust contract Although the current development is over, the team has created a prototype for storing and executing trust contracts.
They are currently creating a language specification that the end user can use to easily create their own trust contracts.

SCP review-for consensus
What is completion?
What do you need to do?
Any interesting discoveries? To learn more about our latest Isaac agreement, please click on the following link: https://boscoin.us15.list-manage.com/track/click?u=68f43e713840d7344526da7e0&id=
0dfc7b381e&e=91470accc5
Congressional network

Last week, we introduced our conference network voting process development.

This development validates our concept of using 2 cryptography technologies (homomorphic and public private) to ensure that the voting process can be conducted in a private manner, where:

Private vote: Allow members to vote without revealing their identities

1 People 1 votes: Although the ballot is in encrypted identity, but the system can ensure that only one person has a vote

Validity of the vote: Members are able to confirm the contents of their votes on the system.
Congressional voting prototype
Title
Anonymous transparent system
Introduced Block chain is a distributed ledger technology, which can achieve transparency in the whole system.

In the case of Bitcoin, although the user is reserved anonymously, transparency means that open source code is available and the ledger data can be extracted from the API.

For Boscoin: The Boscoin currently under development is a platform based on this concept. The difference is that, in addition to value trading (i.e. Bitcoin), Boscoin is currently planning to provide three other key aspects on its platform, a different type of consensus algorithm (which will be used to solve current problems, such as scalability-see https://medium.com/@boscoin/ DPOS-MFBA-C84BAE2E21AE Trust Contract (please read the article [https://boscoin.us15.list-manage.com/track/click?u=68f43e713840d7344526da7e0&
ID=BF85DE373B&E=91470ACCC5] A key to the General Assembly network is a voting process in which members of Congress will be able to vote on things like project proposals.
Boscoin has collaborated with KSA (KSA’s business interpretation) to develop protocols to ensure anonymity within the BOS platform.
Content
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1_dqw3pgvh2vudv_ehyceilw.jpeg800x450 94.6 KB April 26, 2018, our partner, KSA, presented their first voting system prototype to the BOS Platform Convention Network.

The prototype demo includes the source code and the logical model walkthrough, which confirms the concept of Boscoin:
Private vote: Make sure that the vote does not need to disclose the voter’s information or identity; One-one-one-vote: Ensure that the system recognizes that an account can vote no more than once;
And
Validity of the vote: Ensure that the vote is not tampered with (voters can confirm their votes). This is done by the electorate to generate the stamp of the ballot and its change in every vote-only the voters will personally know which ballot stamps are theirs;

However, the system is also able to confirm/confirm the voter/voter vote. This voting prototype requires a deep understanding of cryptography, including public and private keys and homomorphic encryption. The main difference from the currently available technology (Bitcoin) is that the current system can use aliases (that is, the public and private keys) to protect the user’s identity, but they do not need to operate according to identity and are anonymous. The BOS platform voting process requires the public not to know who the voter is, but it also lets the system know that only one identity has been cast. Although the prototype confirms the feasibility of Boscoin’s congressional voting concept, the prototype was developed under the local system;
The additional data generated is currently too large to handle and requires a large amount of resources.

The next step is for the team to further develop this prototype to address the following issues:
Block chain integration: To ensure that the product can use block chain data to run block chain;

Performance and Scalability: Reduce the size of output data and shorten processing time While this demonstration only confirms our congressional vote, we acknowledge that there is still a lot of work to be done to prepare for the BOS platform.


#3

#4

哦,可以了。朋友我不太了解BOS,可以加微信请教一下吗?yux-alan