互联网正处于一场革命之中。这次革命表示中心化的专有处事正被非中心的开放式处事所代替，基于实体担保的信任，正在被可验证计较所代替，姑且的基于位置的地点，正在被耐久的基于内容的地点所代替，基于点对点算法的分手市场也正在代替低效的寡头实体。

The Internet is undergoing a revolution. This revolution shows that centralized proprietary services are being replaced by non-centralized open services, trust based on entity guarantee is being replaced by verifiable computing, temporary location-based addresses are being replaced by persistent content-based addresses, and decentralized markets based on point-to-point algorithms are replacing inefficient oligopoly entities.

因此，?Filecoin的方针是成立一个彼此毗连的、统一尺度的漫衍式存储生意业务市场。该网络答允用户自由选择处事方，生意业务透明，并通过算法(智能合约)担保了生意业务的执行。各处事提供商通过统一协议实现互联互通，数据互换无障碍，实现自由畅通，冲破信息孤岛。

Therefore, the goal of Filecoin is to establish an interconnected and unified standard distributed storage trading market. The network allows users to choose the service provider freely, the transaction is transparent, and the execution of the transaction is guaranteed by the algorithm (intelligent contract). All service providers realize interconnection and intercommunication, data exchange is barrier-free, free circulation is realized, and information islands are broken.

而在自由活动的数据平台中，对隐私的掩护就显得尤为重要。中心化存储方法下，用户往往无奈地选择了信任平台，平台借助自身技能气力提供安详和隐私掩护，但我们仍常常听到各类隐私泄露事件。

In the free-flowing data platform, the protection of privacy is particularly important. Under the centralized storage mode, users often choose the trust platform reluctantly, and the platform provides security and privacy protection with its own technical strength, but we still often hear about various privacy leaks.

此刻会合存储的互联网接入请求需要通过防火墙层、路由器层和处事器层，在处事器响应后，它也通过一层又一层的网络设备达到接入点，因此网络会见延迟较大，而漫衍式存储网络的会见是指同一网络上的节点可以直接共享文件，并选择最近最快的节点会见，大大提高了会收效率。

Now, the centrally stored Internet access request needs to pass through firewall layer, router layer and server layer. After the server responds, it also reaches the access point through network devices layer after layer, so the network access delay is large. The access of distributed storage network means that nodes on the same network can directly share files and select the nearest and fastest node to access, which greatly improves the access efficiency.

此刻中心化处事器的互联网会见是在地点栏URL中输入URL，它们描写的是数据的位置，而不是数据的内容，地点和内容之间没有内涵的干系，因为内容和地点可以变动。除了它的位置之外，您对文件的内容一无所知，该地点的内容很容易受到进攻和修改。因此，很难确定您所会见的地点是您需要的。

At present, the internet access of centralized server is to enter URL in the address bar URL, which describes the location of data, not the content of data. There is no intrinsic relationship between address and content, because content and address can be changed. Except for its location, you know nothing about the contents of the file, and the contents of this address are vulnerable to attack and modification. Therefore, it is difficult to be sure that the address you visited is what you need.

漫衍式存储系统可以轻松、一连地证明节点正在存储它们理睬的精确数据。这种可验证性是实现信任的要害。这样，提供数据存储的矿工就不会有信任的问题。

Distributed storage systems can easily and continuously prove that nodes are storing accurate data they promised. This verifiability is the key to realize trust. In this way, miners who provide data storage will not have the problem of trust.

涡轮蜂巢矿机由区块链同盟涡轮社区提倡，，连系美国灰度基金Grayscale Investment及全球名列前50家IPFS矿商举办细密相助，配合敦促IPFS（FIL）的全球共鸣。

The turbine honeycomb miner was initiated by the blockchain alliance turbine community, and cooperated closely with Grayscale Investment of the United States and the top 50 IPFS miners in the world to jointly promote the global consensus of IPFS(FIL).

涡轮蜂巢矿机，摒弃传统矿机需要集群、质押挖矿，锁仓、回本周期长，处事器、机房、耗电等不行抗拒的因素。瑞士机器工程师应用比希涡轮增压动员机加快的道理，通过众筹蜂巢矿机的方法成立复杂的IPFS集群开启AI智能蜂巢矿机模式。

郑重声明：本文版权归原作者所有，转载文章仅为传播更多信息之目的，如作者信息标记有误，请第一时间联系我们修改或删除，多谢。