LunarX will provide similar functions and services that a data center can provide, and some perticular services needed in P2P computing. These functionality will be: DHT, object storage, file storage, table storage, naming, archive, replication, CDN, data retrieval, structured query.

LunarX is developed by Java, C / C + +, and Golang mixed programming. For DApp development, there will be remote programming interfaces. At the same time, there will be client driver SDK in different languages. It is similar to using micro – services.

LunarX’s client driver will have standard interfaces to process data. For example: ” insert ( {” column1 = value2, column2 = value2 ” } )”.

No. We will choose credible public chains to support. These will not be many.

In real world businesses, not all the data is transactional that has to be put into a blockchain. At present, DApps have no place to put large amount of users’ data, because it is impossible to put data back into data centres. Only decentralized storage can be used, but neither scalability nor flexibility is sufficient for DApp development and deployment.

SPACO has a plan to add storage to Skyminer. LunarX does much more than that. Its technical points are in white paper part I.

Ben Fei (neo.carmack), Jinlei Ben Xiong are the two funders, and Yann is the co-funder. Also, funders are the founders.

If Skyfiber is easy to use, we will use Skyfiber.

Yes. We already have several heavyweight partners, it is shown on our website.

We think we are the first one who are designing the middleware technology for DApps. IPFS may be a competitor. But LunarX and IPFS only has one common part: the file storage.

In white paper part II: Total 100 millions. Within 3 months, less than 20% will be circulating. This number will be adjusted according to the market.

Well, we believe the future belongs to DApps. All business applications generate data, the questions are: where to save these data, and how to analysis them, like doing some information retrieval or filtering. These requirments will be solid. A bridge is just like google bringing you to the web pages you may be interested.

With google, you will not have to know how you get these data, you just know that you have your data by inputting a certain amount of keywords.

That is how we see a bridge. LunarX saves DApps data to the miners, and get data back, in a way that is much more different than the existing storage solutions.

Earn tokens, and will become the backbone of the new internet.

The primary version might be assembled by yourself, while assembling the advanced version may be difficult. The hardware specification has not yet been determined and will be carried out simultaneously with software development. Because of the relatively wide test scope, it is going to take more time. We hope to hurry up and everyone can start mining earlier.

Perhaps we can simply say that LunarX’s miner is based on DAG to generate blocks. This will help you understand what we are doing now.

There are many types of Apps on smart devices. What we are familiar with is hand ring equipments. These devices collect the user’s pulse, walking steps, sleep data and much more, and send them to LunarX for storage and analysis processes. Previously it was sent to a company’s central database. This part of the user’s health data is actually very private, we think it should not be controlled by any companies. These data are structured. For example, the data of each pulse are composed of time, intensity, period, whether it is abnormal or not, etc.

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