$0
Glob. Mkt Cap Rank: Unranked
2024-08-07:09:34:17update
24H High
:
0.248
24H Turnover
:
0.00
Max Supply
:
0.0
24H TR
:
0.0%
24H Low
:
a
24H Vol
:
1387.02
Curr. Issued
:
0.0
24H High-Low
:
ATH
:
5.71
Highest Mkt Cap
:
0.00
Circulating Supply
:
0.0
Dominance
:
-- --
ATL
:
0.00
Mkt Cap (Float)
:
0.00
Circulating Supply
:
-%
Issue Date
:
2018-07-12
Introduction
Latest News
News Flash
Basic information
Currency Introduction

LunarX is a global distributed middleware that supports data-driven DApps, aiming to establish a decentralized, scalable, tamper-proof, and anonymously autonomous infrastructure for data services. LunarX connects various nodes to provide unified blockchain functionality for upper-layer applications. Every user who joins the LunarX network becomes part of this data service, providing valuable data services to users in another corner of the world.

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Development History
2019 Q2Publish standard data link interface. Personal AI assistant trained by personal secret data. Insert more DApps
2019 Q1More DApps plug-ins. Start connecting the mainstream blockchain to the LunarX data link network, including: BTC, Ethereum, Zilliqa, EOS, and public chains of partners. Start testing LunarX on Skywire.
2018 Q4Storage application, this is the first version of DApp. Name service. Content website construction service, CDN. Live broadcast service. Complete hardware development. As of the end of the fourth quarter, LunarXs main data link network is online. Join the test and partner. Miners released.
2018 Q3Hardware design, interface release. Software architecture improvement. Test the basic module. r nThe internal data link testnet is online. Start building and developing Lunarx r nCommunity. r nMiddleware protocol release.
2018年第2季度Architecture, basic module development.
2018年第2季度The first part: technical white paper, architecture and basic module planning. Part II: White Paper on Commerce, Marketing and Token Economy. Website and github.
2017 Q4Data link engine interface. Compressed storage, improved performance. Complete the active garbage collector. Stability test. Analyze the application engine according to time series to test the scalability of performance in the actual scene.
2017 Q3Stability test of basic module. Start the design activity garbage collector.
2017 Q1Virtual file system for block storage. The index part of various data structures, including linear hash table, B+tree, inverted table, etc.
2016 Q4Start planning the IO engine part of LunarX. Io module (memory and disk).
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