The world’s 1st totally distributed location-based service infrastructure enhances the last key component of the blockchain to boost real-world applications. GoWithMi is building the primary totally distributed location-based service infrastructure (DLBS) in the world. A blockchain that empowers the real economy with the aim of providing an entire and reliable geographical info exchange service for large-scale trade starting from data, computing, personal terminals to industrial ecosystems, and to form a multidimensional, safe, and good price stream. finishing the last core component of. Application.
The GoWithMi earth science info Ecology Network consists of Geospatial accord knowledge Generation, spacial Computing Power Networks, Self-Organizing Geospatial quality 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 supported recursive agreements to encourage participation and advantages for everybody Jump into a replacement era of programmable business, And chains and lose chains enter into an entire business system that circulates itself in turning.
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Main feature
DLBS: GoWithMi the most element of the web system, geolocation services are often totally distributed to form it a core element of all block chain networks, and freely known as by varied ranking applications on the web and block chain networks. GoWithMi’s Distributed Location-Based Service Capability (DLBS) includes systems like map location, search and request, route navigation, environmental and traffic info search, and spacial intelligent mining. All data and services are run within the innovative world of GoWithMi. the primary “Gaia computing area block chain network”. Ge will store all data within the chain and may overcome “mining pool control”, access equal mining rights of all objects, given the decentralization of detention and high potency of Eos. Therefore,
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Oracle Super Space: Implementing all block chains into reality can manufacture final issues, like the way to connect the “untrusted” world outside the block chain to the “trusted” world within the block chain. this needs a “reliable gate mechanism”. GoWithMi provides this reliable entry mechanism. Oracle’s super spacial GoWithMi provides a “trusted entry mechanism” original block chain, required by all good contracts associated with location-based services, and connects 2 totally different worlds through a “trusted” mechanism within the chain. Providing trusty location-based data for smarter contracts permits Turing-computer networks to be totally programmed, pictured by Ethereum, to seamlessly integrate with an offline business,
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Consensus map: There is an hour of the region within the world and four billion folks still cannot get pleasure from map services of similar quality as developed countries. this is often as a result of an ancient scale of map knowledge is extremely obsessed with world work assortment. this is often a high price that Google can’t afford. The GoWithMi accord Map adopts a replacement approach to making the primary “spatial accord mechanism” that permits folks in each corner of the planet to jointly maintain “world map knowledge books” with none threshold. we've got overcome the most problems with the map trade as well as cooperative production, automatic supervising, and assessment through the planning of wonderful accord game mechanisms like proof Mapping (POM) and spacial Bancor, breaking the boundaries of human employee organizations,
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Component Platform
Distributed mapping: Through a series of spacial aggregation mechanisms and protocols, GoWithMi encourages planet geospatial data to migrate to the planet of block chains to form world coverage, period updated and period, geospatial data within the block chain. primarily include:
Proof of Mapping (PoM): GoWithMi abstracts data assortment and production as a “space adjustment game process”. underneath a game mechanism controlled by area, it coordinates the gathering and verification of every participant through a series of economic actions like oath tokens, gifts, gambling and prizes.
Spatial Bancor Protocol: GoWithMi uses the area Bancor Protocol to dynamically regulate data assortment and balance offer and demand relationships between data assortment and compensation tokens to associate one data price from data assortment and bidding with overall knowledge size necessities.
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Distributed computing
GoWithMi revolutionized Ge, the world’s 1st “space computing block chain network” because the main chain of blocks, and creatively designed the structure of “Dual-Chain twin Sharding Space”. the most chain of Ge will notice the storage of all data within the chain, taking under consideration the high prisoner of war distribution and Eos potency, providing a lot of dimensional application situations than IPFS, achieving equal rights mining for all objects, and “mining assortment control” Please reject. Gaia’s main chain of networks primarily includes: (Gaia is that the god of the planet, mother of gods in Ancient Greek mythology, the primary creator born in chaos, and one in all the initial forces of nature that may produce life)
GeoMesh Sharding primarily based organization mechanism: GoWithMi reconfigures the location-based service technology design, beginning with rock bottom layer of the technical design data layer, to be compatible with the blockchain technology framework. this is often primarily associated with full-scale data utilized in ancient mapping services to try and do GeoMesh Sharding. The map knowledge layer is represented as a GeoMesh data network that is admired the normal centralized information. The GeoMesh block data size is adjusted to the blockchain default point-to-point network protocol. One GeoMesh is functionally separated and may give full-featured location services severally. multiprocessing will give location-based services in several components of the planet.
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Spatial Root Chain: GoWithMi has developed its own automatic written material engine for map data. This compilation engine is that the 1st map data within the world to totally modify map knowledge while not human intervention. supported this technological innovation, the spacial root chain is able to do “data generation maps within the chain”. The special root chain uses the DPOS Pipelined Byzantine Fault Tolerance (BFT) agreement for supernode synchronization. The special root chain focuses on implementing good contract accord data production, change geographic spatial data books, and creating and distributing GeoMesh data.
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Spatial Peer-to-Peer Computing Network: every node in an exceedingly special peer-to-peer computing network synchronizes geo mesh data per location-based service necessities and generates geomesh data from spacial root chains unfold across peer-to-peer networks produce new computing networks. supported parallel decoupling capabilities of the Geo Mesh area, all devices will cache over one GeoMesh, permitting CPU, memory, hard disk, and the network of all objects to participate in mining peer-to-peer spacial computing to supply complete GeoMesh area Generating services toll-based financial gain.
Random Sharding Protocol spacial Multiparty Sharding: Sharding Protocol Random spacial Multiparty Sharding supported the GeoMesh sharding rule that haphazardly connects multiple nodes to create the Oracle “Sharding Chain”. Protocols “block chain clerking and good contract execution, native service convergence. The sharding mechanism ensures high performance of business category necessities by finishing up block production between giant equality nodes and preventing centralized defects like the Eos super node methodology. Introducing the construct of” random multiparty”, attack issue will increase exponentially to achieve “1% Attack”.
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Distributed organization
This refers to the map data maintenance community, that primarily focuses on spacial digital land rights, by creating the import of spacial digital land rights particularly the duty to retain data. within the method of increasing profits for community members like landlords, miners, users and traders, world autonomy is constructed from chain to chain to market the two-way cycle and therefore the property development of the inner and external ecosystems of GoWithMi.
Spatial Digital Land Rights (GoZone Assets): GoWithMi divides spacial assets within the digital world by embedding permanent land in the real area. especially, area relies on giant spacial data (spatial integration algorithms, cluster analysis, etc.) primarily divided into freelance useful areas like residential areas, work areas and shopper districts. GoZone is Associate in Nursing freelance digital area space that covers this useful space through extremely centralized business price scaling and maintenance. the assorted advantages of GoZone are natural and natural.
Space Digital Land Rights: Digital Land Rights area is that the possession of the digital assets of the GoWithMi area. The owner (owner) is that the subject of all interests within the GoZone region and good contracts distribute financial gain generated directly. GoZone advantages embrace native or provincial data decision revenue, location and revenue, business search revenue, dealing fees, business conversion sales dividends, and GoZone audit advantages.
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Sharing is distributed
We share the economy as a one-stop answer that gives basic spatial data, location-based services, spacial computing, good location contracts, and token payments for shared systems that area unit distributed globally that may be used widely within the GoWithMi ecosystem itself and native O2O services. car insurance, that relies on services, personal monetary services, precise personal location advertising, car web, API maps, etc., actively promotes the blockchain to supply sensible political economy, and offline business becomes a replacement era of business that may be programmed.
GoWithMi Mobile Application: The GoWithMi application acts as a cellular terminal for the key chain and Ge mapping operate, combining full-featured mapping services, plotter tools, GMAT payments, GoZone management, views of power transactions and mining.
DLBS API / SDK: The API / SDK provides all options like location, search and request path navigation, search around and traffic, and spacial intelligent mining. All knowledge and services are run on a distributed chain of networks designed by GoWithMi.
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Oracle Super spacial API / SDK: GoWIthMi spacial data and trusty space Oracle Oracle Super space supported giant data, we have a tendency to totally take into account all distributed business situations, give a mixture. trusty locations, electronic fencing, anti-security, reliable trails, and good area businesses enhance your offline business system to a completely programmable, trustworthy business system.
Visual Location good Contract Template: Filter model settings for native merchants supported the trigger conditions of the good GoWithMi Map contract. Set trigger conditions as well as, however not restricted to, location varies, target location, target client characteristics, duration, and coupons. there's no coaching fee in the slightest degree, create good contracts quickly and build a “smart business” in hand by the merchandiser itself. Maximize the advantages of your business.
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GMAT Token
Price of 1 GMAT = 0.006 USD
MVP / prototype available
Platform Ethereum
Singapore State
White List / None KYC
Area limited to the United States
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For more information,
Official site: http://gowithmi.com/
Whitepaper: http://image.gowithmi.com/en/whitepaper.pdf
Bitcointalk: https://bitcointalk.org/index.php?topic=5097127.0
Facebook: https: / /www.facebook.com/gowithmi.global
Telegram: https://t.me/gowithmi_en
Twitter: https://twitter.com/GoWithMi_GL
AUTHOR
BTT username; anddyy
BTT profile link: https://bitcointalk.org/index.php?action=profile;u=2321285