大家的间距消退，自主创新或身亡。
Everyone's distance has faded, self-inflicted innovation or death.
——英国管理学家托马·拉法格。
— Thomas Rafag, British management.
伴随着移动互联网的发展趋势，互联网发展的流程早已被标识为网络时代的标示，如同Web1.0一样:信息内容与人的沟通交流早已变成过去时；Web2.0:大伙儿互动交流，也就是目前；Web3.0:每一个人的革新便是将来。
Along with the move Internet , Internet development processes have long been marked as a sign of the Internet age, as Web1.0: the communication of content and people has become the past; Web 2.0: the interaction of people, that is, the present; Web3.0: everyone's innovation is the future.
1.互联网变质时期的过程。
1. The process of the deterioration of the Internet.
互联网在不一样的快速发展环节有不一样的商品着重点，大家依靠互联网时代的设备开展论述:
The Internet has a different focus on commodities at different rapid stages of development, relying on Internet-era equipment:
Web1.0:欠缺原创文章內容的时期。和易贝，amazon，yahoo，Google的早期商品一样，web1.0的消费能力在于服务平台的內容累积，即人和信息内容的沟通交流。互联网1.0中，內容原创者少，信息内容相对性较少，只有具有传递信息的功效。除此之外，大部分客户是內容顾客，必须储存的信息内容相对性较少。
Web1.0: Periods of lack of original articles. And Ibé, amazon, yahoo, Google early commodity, the consumption capacity of web1.0 lies in the accumulation of content on service platforms, i.e., the communication of people and information content.
互联网发展历程，来源于:《知行实录》，2020-04。Web2.0:客户数据信息很多提升。web2.0时期是以twiter，twiter，手机微信，Tik Tok，blog为媒介的网络新时期。web2.0的特征是客户能够随意沟通交流共享，促使內容数据信息稳赚。
The web 2.0 period is a new period in the network that is mediated by twiter, twiter, cell phone micro-mail, Tik Tok, blog. The web 2.0 feature is that customers are able to communicate and share information at random, making content data information profitable.
用yahooCEO杨致远得话说！，Web3.0没有一个完美的定义，都没有一个受大家喜爱的商品。“3.0将更深层次，变成真实的公共性媒介……技术专业，半技术专业和顾客中间的边界愈来愈模糊不清，造成了业务流程和采用的网络效应”。其优点是:混合开发，转专业，每个人自主创新，方式互动交流。它的发生有可能会让客户不会再固定不动在一个垄断竞争市场的商品或专业能力上，公司的定义会慢慢越来越模糊不清，自我价值会根据“自主创新”反映出去。
In the words of YahooCeo Yang, there is no perfect definition of Web3.0 and there is no popular commodity. “3.0 will go deeper and become a real public medium... The boundaries between the technical profession, the semi-technical profession and the customer are becoming increasingly blurred, resulting in business processes and network effects.” Its advantages are: mixed development, transition to a profession, individual self-innovation, and interactive communication. It may happen that customers will no longer be locked away from a monopolistic competitive market of goods or expertise, and companies' definitions will become increasingly blurred and self-worth will be reflected in “autonomous innovation”.
回首过去，我们可以见到，在网络时代，不论是哪一个网络时代，数据储存全是必不可少的，分布式存储是一切的媒介。那麼，互联网时代的储存将怎样发展趋势？
Looking back, we can see that data storage is essential in the Internet age, regardless of the age of the network, and distributed storage is the medium of everything. So, what is the trend in storage in the Internet age?
Web2.0存储状态:缺陷日益曝露。
Web2.0 storage status: Deficiencies are increasingly exposed.
无从储放。
No storage.
存储系统发展趋势快速。伴随着硬件配置技术性的迅速发展趋势，储存领域的发展趋势遵循颠覆性创新，持续迭代更新。现阶段，Web2.0时期的储存早已进步到闪存芯片，云，公司级网络存储器，进一步提高了储存高效率，减少了储存成本费。
The rapid development of hardware deployment techniques has been accompanied by destabilizing innovations and continuous updating. At this stage, storage in the Web 2.0 period has advanced to flash chips, clouds, and company-level network storage, further increasing storage efficiency and reducing storage costs.
愈来愈多的数据信息急需解决发展趋势存储系统。Web2.0的互联网作用可能被每个人共享资源，能够定制內容，推动数据信息的指数级增长。
There is an urgent need to address the growing number of data and trends storage systems. The Web 2.0 role of the Internet is likely to be shared by everyone, allowing content to be customized and contributing to the exponential growth of data information.
但因为现阶段储存方法不健全，客户数据泄露的状况经常发生:台湾地区2000数万人的私人信息在影子网络中泄漏；中国电信网市场销售客户信息超出2万件；twiter有超出8700万条信息内容被泄漏；安德玛有1.5亿消费者的日常饮食搭配，锻练数据信息，银行卡卡号等信息内容被泄漏。
However, since storage methods are inadequate at this stage, the disclosure of customer data is frequent: 20 million private information in Taiwan is leaked in the shadow network; more than 20,000 customer information is sold on the Chinese telecommunications network market; more than 87 million messages have been leaked in twiter; Andema has 150 million consumers with daily diets, exercise data, bank card numbers, etc.
一般来说，数据储存的状况关键有三个难题:云存储配置中经常会出现不正确和忽略。全球数据加密权威专家McAfee声称，“99%的云和IaaS不正确配备都是在终端用户的操纵下，如今仍未被发现。”即便针对一些最普遍/最广为人知的阿里云数据库完成，安全性或风险性在一开始都不被视作规范，大部分事故责任划分全是根据合同书归入客户的。商品只完成储存的作用，对安全系数不足高度重视造成不正确高发。
cloud storage . The global data encryption authority, McAfee, claims that “99% of clouds and Iaas incorrectly equipped are under the control of end-users and are still undetected.” Even with the completion of GitHub泄漏信息，来源于:bleepingcomputer.com2020-05。 GitHub leaked information from bleeepingcompeter.com20-05. 编号库文件的系统漏洞会慢慢曝露。GitHub的MongoDB企业涉及在2016年泄漏了上百万客户的信息内容。到2020年，网络黑客将宣称她们早已从微软公司的独享GitHub数据库中盗取了超出500 GB的数据信息。在异常检测系统软件中，代码库的侵入开启难以探测到，一旦产生就来不及了。 By 2020, Internet hackers will have claimed that they are long gone from the exclusive GitHub database of Microsoft has stolen more than 500 GB data. In an unusual detection system software, it is difficult to detect the penetration of the repository and, if it occurs, it will be too late. 在易受攻击的开源项目的开发设计流程中，开发人员通常小看了风险性。依靠开源项目，她们能够节约时间和钱财，但也遭遇系统软件安全系数问题的风险性。假如网络安全问题被运用，客户和公司都将遭到损害。 In the development process of open-source projects that are vulnerable to attack, developers tend to underestimate risk. Depending on open-source projects, they are able to save time and money, but they are also exposed to risk factors for system software security. 不容置疑，这种系统漏洞提升了大批量的劳动量:监管外界入侵和曝露风险性；维护保养系统更新，实行补丁管理，自动升级补丁包；维护保养全新详细的云计算平台，器皿，代码库，共享文件服务项目等目录。 There is no doubt that this system gap has increased the volume of effort: regulation of external intrusion and exposure risks; maintenance system updates, patch management, automatic upgrade of patch packs; maintenance of a new and detailed cloud computing platform, vessel, code library, shared document service items, etc. 以上难题关键归功于最底层储存。因为集中化存放的缺点，顶层运用和开发设计经常会出现系统漏洞。 These challenges are attributable to the bottom of the store. System holes often occur in top-level applications and development designs because of the shortcomings of centralized storage. Web3.0如何解决储存难题？ How does Web3.0 solve storage problems? 3.发展前景3。Web3.0分散化储存。 3. Development prospects 3. Web3.0 decentralised storage. 针对Web3.0，许多定义都较为模糊不清，储存都不除外。IPFS是一个Web3.0储存协议书，致力于建立一个长久的分布式系统文档存储和分享网络传输协议。IPFS致力于填补乃至替代以往20年应用的HTML文件新闻媒体传输协议(HTTP)，以创建一个更快，更安全性，更自在的网络时代。 For Web3.0, many definitions are vague, with the exception of storage. IPFS is a Web3.0 storage protocol dedicated to creating a long-term distributed system document storage and sharing network transfer protocol. IPFS is committed to filling and even replacing the HTML file media transfer protocol (HTTP) that has been applied over the past 20 years in order to create a faster, safer and more home-grown network age. 防范措施:在成本费层面，分布式系统进攻成本昂贵。HTTP在安全系数层面最非常容易遭受DDoS进攻，而IPFS能够防止服务器宕机，促使网络黑客难以进攻，文档难以泄漏。不依靠骨干网，单独连接点受灾祸危害不容易导致整体互联网，也有备份数据储存文档。 Preventive measures: Distributed systems are costly to attack at the cost-cost level. HTTP is the most vulnerable to DDoS attacks at the security coefficient level, while IPFS can prevent server hacking, making it difficult for Internet hackers to attack and leak files. 那麼IPFS储存应用的方位是什么呢？ So what's the location of the IPFS storage application? IPFS和区块链技术合拼了。现阶段，大部分公链数据信息是以储存核心的方式存放的，但简易的纪录都存放在公链中。为了更好地将单一的运用软件开发成真真正正安全性的储存和规模性应用软件，我们可以参考IPFS协议书的储存计划方案。
IPFS协同区块链技术，来源于:协议书试验室，2020年。
针对传统式运用，IPFS还能够给予分布式缓存计划方案。根据IPFS协议书搭建的存放新项目能够为传统式运用给予分布式缓存，并将具备查找使用价值的关联数据储存在IPFS互联网中，该互联网鉴别唯一性并将其遍布在所有邻近连接点上。
The new storage project based on the IPFS protocol can provide a distributed cache for traditional applications and store associated data with search value on the IPFS Internet, which identifies uniqueness and spreads it across all adjacent connections.
IPFS自身便是一个网络架构，实质上是一个CDN。IPFS做为最底层架构是一个分布式系统互联网，点到点垂直搜索协议书。CDN是根据目前互联网的内容分发互联网。IPFS自身能够将闲置不用資源联接到内容分发互联网，这能够被理解为“新式”CDN。
IPFS itself is a network structure, essentially a CDN. IPFS is a distributed system Internet with a point-to-point vertical search protocol. The CDN distributes the Internet based on the content of the current Internet. The IPFS itself can connect idle resources to content distribution on the Internet, which can be understood as a “new” CDN.
以上一些IPFS的潜在性组成是相对性宏观经济的。在IPFS的星河中，每一颗降落星都能超越一个很大的空室内空间。Web3.0的区块链技术区块链技术协议书将使我们可以联接到网络并得到時间和数据信息赔偿，进而超过当今被利用和许许多多的互联网，并替代极大的中间分布式存储。
The potential composition of some of these IPFS is of a relative macroeconomic nature. In the IPFS galaxy, every landing star is able to move beyond a large, empty indoor space. The Web3.0 technical protocol of the block chain technical block chain will allow us to connect to the network and be compensated for by time and data information, thus exceeding today's use and numerous Internet sites and replacing large intermediate storage.
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