GoWithMi - Geographic Information Sharing Ecology Network
Good evening all friends, meet me again Han Emily, who tonight will share information about the world of krypto. just go ahead with the information from me below:
The world's first fully distributed location-based service infrastructure complements the last key component of the block chain to improve real-world applications. GoWithMi is building the first fully distributed location-based service infrastructure (DLBS) in the world. A block chain that empowers the real economy with the aim of providing a complete and reliable geographical information exchange service for large-scale trade ranging from data, computing, private terminals to commercial ecosystems, and to create a multidimensional, safe, and smart value stream. Completing the last core component of. Application.
The GoWithMi Geological Information Ecology Network consists of Geospatial Consensus Data Generation, Spatial Computing Power Networks, Self-Organizing Geospatial Asset Nodes and Business Application Sharing Support Platforms. DLBS, the Oracle mapping platform and super consensus, support for all block-chain platforms, one-stop support for location-based service discovery, and offline businesses based on algorithmic agreements to encourage participation and benefits for everyone Jump into a new era of programmable business, And chains and loose chains enter into a complete business ecosystem that circulates itself in Turing.
DLBS, and GoWithMi make core components of the Internet ecosystem, Earth Location Services, core components that are fully distributed from all block chain networks, and can be called freely from a variety of high-level applications on the Internet and block chain networks. Super Space Oracle, applying all block chains to reality will cause major problems, such as how to connect the "untrusted" world outside the block chain to the "trusted" world in the block chain. "A reliable gate mechanism is required." GoWithMi provides a reliable gateway mechanism. With a consensus map, there are 60% of the region in the world and 4 billion people still cannot enjoy map services of the same quality as developed countries.
Based on the characteristics of decentralization, anti-destruction and traceability, the Blockchain builds a new trust mechanism that increases the reliability of production, speeds up the digital cycle of the value of production, changes the way value delivery is carried out, and intelligently distributes social enterprise resources. Sharing agreement. The combination of the real economy and distributed chain-based services that are comparable to the characteristics of the block chain will provide a basic guarantee.
GoWithMi is building the first fully distributed location-based service infrastructure (DLBS) in the world. It aims to provide a complete and reliable geographical information exchange service for large-scale trade, from data, computing, private terminals to commercial ecosystems, and aims to create a multidimensional, safe and smarter value stream, Factors in the real economy. The GoWithMi Geospatial Ecological Consensus network consists of generation of geospatial consensus production data, space computing power networks, self-organizing geospatial property nodes and platforms for sharing business applications. DLBS, an oracle mapping platform and super consensus, cross-chain, based on algorithmic agreements to engage and benefit everyone in favor of all block-chain platforms,
Problems with traditional centralized map services include high data costs, lack of real-time updates, oligopoly, privacy vulnerability, revenue models that completely ignore end users, and the lack of reliable location-based services for block-chain business applications. There We are building a cross-chain and cross-platform, distributed location-based service infrastructure that can complement the weaknesses of current mapping services. GoWithMi offers an innovative "three in one" solution. Spatial matching, location-based revenue sharing, and spatial joint management. Our spatial hierarchy of consensus is responsible for creating, disseminating, and managing spatial information for system participants who map the world in real time. To ensure that all participants receive appropriate incentives, we introduce a location-based revenue sharing configuration where each type of participant has clear ownership. We understand the important role of governance and believe that our shared universe governance model can maintain healthy ecosystems.
GoWithMi's original intent is not only to ensure universal awareness of services, but to restore all value-makers in the same way as protecting the user's personal information and returning data sovereignty to rights and sharing benefits to individuals. As a result, everyone will have the right to benefit from the values they create and to move towards a more equal, smarter, self-developed data discrimination society that can benefit from the economic growth that everyone has contributed. .
Cross chain interoperability provides a direct scaling solution today, and provides technological flexibility to use the best tools in the most appropriate Blockchains. Therefore, GoWithMi is building smart contracts in many Blockchains to increase the benefits provided by cross-chain deployment. This will have the additional ability to make the entire mapping ecosystem complete with location intelligence and fully aware of potential commercial applications. The GoWithMi team believes that having a decentralized mapping ecosystem will provide developers and other business tools to build the above services such as food, clothing, housing, and living facilities, reshape the mapping ecosystem, and empower hundreds of millions of local SMBs around the world to jump into the era new smart business location.
On the road to implementation, GoWithMi will prioritize developing countries such as Southeast Asia, South Asia, South America and Africa. The population of 4 billion people desperately needs more basic location services. At present, GoWithMi has reached the fourth most populous country in Indonesia, and will soon cover major countries in Southeast Asia and will move to the next level, accelerating worldwide reach and becoming a real economy of global chain blocks.
Component Platform
Distributed mapping: Through a series of spatial aggregation mechanisms and protocols, GoWithMi encourages real world geospatial data to migrate to the world of block chains to create global coverage, real-time updated and real-time, geospatial data in the block chain. Mainly include:
Proof of Mapping (PoM): GoWithMi abstracts data collection and production as a "space adjustment game process". Under a game mechanism controlled by space, it coordinates the collection and verification of each participant through a series of economic actions such as oath tokens, gifts, gambling and prizes.
Spatial Bancor Protocol: GoWithMi uses the Space Bancor Protocol to dynamically adjust data collection and balance supply and demand relationships between data collection and compensation tokens to associate a single data value from data collection and bidding with overall data size requirements.
Distributed computing
GoWithMi revolutionized Gaia, the world's first "space computing block chain network" as the main chain of blocks, and creatively designed the structure of "Dual-Chain Dual Sharding Space". The main chain of GAIA can realize the storage of all data in the chain, taking into account the high POW distribution and EOS efficiency, providing more dimensional application scenarios than IPFS, achieving equal rights mining for all objects, and "mining collection control" Please reject. Gaia's main chain of networks mainly includes: (Gaia is the god of the earth, mother of gods in ancient Greek mythology, the first creator born in chaos, and one of the original forces of nature that can create life)
GeoMesh Sharding based data structure mechanism: GoWithMi reconfigures the location-based service technology architecture, starting with the lowest layer of the technical architecture data layer, to be compatible with the block chain technology framework. This is mainly related to full scale data used in traditional mapping services to do GeoMesh Sharding. The map data layer is described as a GeoMesh data network which is equivalent to the traditional centralized data format. The GeoMesh block data size is adjusted to the block chain default point-to-point network protocol. One GeoMesh is functionally separated and can provide full-featured location services independently. Parallel processing can provide location-based services in many parts of the world.
Spatial Root Chain: GoWithMi has developed its own automatic editing engine for map data. This compilation engine is the first map data in the world to fully automate map data without human intervention. Based on this technological innovation, the spatial root chain can achieve "data generation maps in the chain". The spatial root chain uses the DPOS Pipelined Byzantine Fault Tolerance (BFT) agreement for super node synchronization. The spatial root chain focuses on implementing smart contract consensus data production, updating geographic spatial data books, and making and distributing GeoMesh data.
Spatial Peer-to-Peer Computing Network: Each node in a spatial peer-to-peer computing network synchronizes geomesh data according to location-based service requirements and generates geomesh data from spatial root chains spread across peer-to-peer networks Create new computing networks . Based on parallel decoupling capabilities of the Geo Mesh space, all devices can cache more than one GeoMesh, allowing CPU, memory, hard disk, and network of all objects to participate in mining peer-to-peer spatial computing to provide complete GeoMesh space Generating services toll-based income.
Random Sharding Protocol Spatial Multiparty Sharding: Sharding Protocol Random Spatial Multiparty Sharding based on the GeoMesh sharding rule that randomly connects multiple nodes to form the Oracle "Sharding Chain". Protocols "are block chain bookkeeping and smart contract execution, local service convergence. The sharding mechanism ensures high performance of commercial class requirements by carrying out block production between large equality nodes and preventing centralized defects such as the EOS super node method. Introducing the concept of" random multiparty " , attack difficulty increases exponentially to reach "1% Attack".
Distributed organization
This refers to the map data maintenance community, which mainly focuses on spatial digital land rights, by making the import of spatial digital land rights especially the obligation to retain data. In the process of maximizing profits for community members such as landlords, miners, users and traders, global autonomy is built from chain to chain to promote the two-way cycle and the sustainable development of the internal and external ecosystems of GoWithMi.
Spatial Digital Land Rights (GoZone Assets): GoWithMi divides spatial assets in the digital world by embedding permanent land in real space. In particular, space space is based on large spatial data (spatial integration algorithms, cluster cluster analysis, etc.) Mainly divided into independent functional areas such as residential areas, work areas and consumer districts. GoZone is an independent digital space area that covers this functional area through highly centralized business value scaling and maintenance. The various benefits of GoZone are natural and natural.
Space Digital Land Rights: Digital Land Rights Space is the ownership of the digital assets of the GoWithMi space. The owner (owner) is the subject of all interests in the GoZone region and smart contracts distribute income generated directly. GoZone benefits include local or provincial data call revenue, location ad revenue, business search revenue, transaction fees, business conversion sales dividends, and GoZone audit benefits.
Sharing is distributed
We share the economy as a one-stop solution that provides basic spatial data, location-based services, spatial computing, smart location contracts, and token payments for shared ecosystems that are globally distributed that can be used extensively in the GoWithMi ecosystem itself and local O2O services. Car insurance, which is based on services, personal financial services, precise personal location advertising, car internet, API maps, etc., actively promotes the block chain to provide practical economics, and offline business becomes a new era of business that can be programmed.
GoWithMi Mobile Application: The GoWithMi application acts as a cellular terminal for the key chain and Gaia mapping function, combining full-featured mapping services, Mapper tools, GMAT payments, GoZone management, views of power transactions and mining.
DLBS API / SDK: The API / SDK provides all features such as location, search and request, path navigation, search around and traffic, and spatial intelligent mining. All data and services are run on a distributed chain of networks built by GoWithMi.
Oracle Super Spatial API / SDK: GoWIthMi Spatial Data and Trusted Space Oracle Oracle Super Space Based on large data, we fully consider all distributed business scenarios, provide a combination. Trusted locations, electronic fencing, anti-security, reliable trails, and smart space businesses enhance your offline business ecosystem to a fully programmable, trustworthy business ecosystem.
Visual Location Smart Contract Template: Filter template settings for local merchants based on the trigger conditions of the Smart GoWithMi Map service contract. Set trigger conditions including, but not limited to, location range, target location, target customer characteristics, duration, and coupons. There is no training fee at all, make smart contracts quickly and build a "smart business" owned by the merchant itself. Maximize the benefits of your business.
ICO Details
Supply of ICO tokens: 14.9 billion GMAT
Total tokens: 745,000,000 GMAT
Soft cap: 4,500,000 USD
Hard stamp: 4,500,000 USD
Legitimate
ICO Platform: Ethereum
Country Limits: Only non-US investors are authorized
Country: Singapore
Year of registration: 2017
Office Address: 17-01FZL
Information token
Ticker: GMAT
Type: Utility Token
Price Tokens (USD): 1 GMAT = 0.006 USD
Currency received: USD, ETH, BTC
Token distribution
20% - Contributions token
10% - Founding Team
8% - Initial investor
17% - Foundation
15% - business market
30% - community incentives
Budget allocation
30% - Technical research and development
25% - Marketing operations
20% - reserve money
10% - Business collaboration
10% - reinvestment
5% - Safety and Compliance
Project Team
Lee Oliver
Simon Irene
Marina Yuna Wei
Yolanda
SP relax
Advisor
Jeff Flower
Jerry Fuqua Dr.
Chuang Tao
Charles
GoWithMi road map
2017Q2 - 2017Q4 preparation period
Local Requirements (SEA) Product prototype Indonesian Team Installation Base map production platform in satellite imagery
2017Q4 - 2018Q2 Product Duration
Product Beta Indonesia basic map map (iOS) The work platform of the user of the seed seed platform is released
Testing period 1 2018Q2 - 2018Q4
1.0 Weekly Updates The initial agreement Data collection Release the basic SEA map data prototype
Trial Period 2 2018Q4-2019Q2
Token released the Jakarta cultivation version of the game Taiwan / Korea / Singapore / Hong Kong The first token exchange map began
Thus the information from me, may be useful and can be used as a reference material to join this extraordinary project:
FOR MORE INFORMATION, PLEASE VISIT THE BELOW BELOW:
Website: http://gowithmi.com/
Whitepaper: https://www.gowithmi.com/whitepaper/index.html
Telegram: https://t.me/gowithmi_en
Facebook: https://www.facebook.com/gowithmi.global
Twitter: https://twitter.com/GoWithMi_GL
ETH address: 0x953F263907B8Abb79CC58a55968601BD6dB029a7
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