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GENERATION
BLOCKCHAIN

A Self-Evolving Virtual World

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Genesis Space Whitepaper Genesis 白皮书

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Genesis Space introduction 1 min
Genesis Space introduction 3 min

Decentralized Autonomous Organization (DAO)

Genesis is a DAO (Decentralized Autonomous Organization) based on blockchain. In Genesis, users (nodes) vote to update community rules and blockchain protocols. Genesis provides scalability through sidechains. Each sidechain is considered a virtual country. Each country can have its own method of governance, providing unlimited possibilities. Anybody can start a sidechain, just like you can run a smart contract on Ethereum.

System Features

DDOPS

Democratic DPoS preserves the DPoS’ high tps while avoiding DPoS’ problem of “the richers get richer”.

Voting

All community rules are decided by user votings. Hard forking only happens when consensus is reached with the majority of users.

DApp Store

Users can find DApps easily in Genesis DApp Store.

Sidechains

Sidechain technology is used in Genesis to the provide extensibility and scalability that limit traditional blockchains.

Tokenomics

Genesis has a sophisticated yet simplified tokenomic. Just like in the real world, where energy comes from the sun, we think that the time people spend in Genesis is the original drive in the system. Therefore, we have designed a tokenomic where ordinary people can earn tokens by just staying online.

Roadmap

Mar.2018
Whitepaper v1.0
Jun.2018
Tokenomics
Sep.2018
Dev roadmap
Dec.2018
Testnet
Mar.2019
Dev environment setup
Jun.2019
1st update of constitution
Dec.2019
2nd update of constitution

Developers

Genesis team members come from prestigious universities like CMU, Harvard, Berkeley, Columbia and CUHK. These engineers have extensive experience in enterprises like Google, Ebay, Alibaba and Oracle etc.

Alex Li
MA, Columbia

Alex is a serial entrepreneur. In recent years, he founded buckete.com (e-commerce) and bacaoke.com (online functional editor). Alex graduated from Columbia University and holds two U.S. non-provisional patents. His research papers have been published on World Policy Institute Forum.

Tony Ma
CS, CMU

Tony has worked as a senior software engineer for several years in Silicon Valley before becoming the CTO of the China division of a U.S. tech company. Tony is an expert in large distributed system design. Tony has been working with Alex for the past few years and is responsible for the technical design and implementation of Genesis.

Vivian Yang
CS, Harvard

Vivian is an early adopter of cryptocurrency. She has done Bitcoin related research in a joint Harvard-Morgan Stanley project as early as 2015. Vivian graduated from Harvard University with Computational Science and Mathematics majors. Vivian is in charge of developing Genesis’s side-chain technology.

Chen Han
CS, Berkeley

Chen Han obtained bachelor's degree from Tsinghua University and subsequently completed his Ph.D at Berkeley in 3 years. Chen Han is currently working at eBay. His research focuses on big data and machine learning. Chen Han has participated in the design and research of the sidechain mechanism in the Genesis project.

Eric Deng
CS, CUHK

Eric received his Ph.D in Mathematics from the Chinese University of Hong Kong. He obtained his bachelor’s degree from Zhejiang University and has won first prize in Mathematical Modeling competitions in China and the U.S. Eric is good at analysis, abstraction and modeling. He has invested many years of research into cryptography and is responsible for designing the privacy protection system and encryption methods in Genesis.

Kelvin Zhu
CS, CUHK

Kelvin Zhu received his Ph.D in Computer Science from the Chinese University of Hong Kong. Kelvin specializes in AI and machine learning. His research papers have been published by many leading magazines and presented in top conferences. Kelvin participated in the design of the POC mechanism for Genesis.

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