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GoWithMi

Erwin Crypto - 10:42 AM

About GoWithMi
The GoWithMi Project is currently building the world's first complete decentralized location-based service (DLBS) infrastructure.

And this platform aims to provide a complete and reliable exchange of geospatial values ​​for large-scale trade ranging from data, computing, personal terminals to commercial ecology, and to create a multidimensional, safer and smarter value stream, complementing the last key component of the blockchain to empower real economy application.

And for users who like to do business offline business to jump into a new era of programmable business, and enter the complete circulation ecology of their own business in chains and outside the Turing chain.

Discover your desire in the GoWithMi consensus geospatial ecological network which consists of the production of geospatial consensus data, spatial computing power networks, self-governing geospatial asset nodes, and support platforms for sharing business applications.

and also the DLBS Platform, super oracle, integrated map consensus, based on consensus algorithms to motivate participation and achieve benefits for everyone, cross-chain support for all blockchain platforms, one-stop support for all applications that take location-based services, so that it will enable businesses offline gets better.


Key features of the GoWithMi platform

DLBS
GoWithMi will completely decentralize the core component of the Internet ecosystem geolocation service, making it the core component of the entire blockchain network, and can be freely invoked by various upper-layer applications of the Internet and blockchain networks.

GoWithMi's decentralized location-based service (DLBS) features cover a complete set of systems of map location, search and query, route navigation, peripheral and traffic information search, spatial smart mining, etc. All data and services are run on GoWithMi’s innovated the world's first "spatial computing blockchain network Gaia". 

Gaia can realize storing full data on the chain, considers the decentralization of the POW and the high efficiency of the EOS, access equal rights mining of all objects and being able to resist "mining pool control". Consequently, allowing the decentralized operation of the location-based service system will never end, monopolists no longer control the business lifeline of the corporations, and that the personal trajectory privacy is no longer occupied and used without compensation.

Super Spatial Oracle
When all blockchains are applied to reality, they will encounter an ultimate problem: how to connect the “untrusted” world outside the blockchain to the “trusted” world within the blockchain? This requires a "trusted gateway mechanism." GoWithMi provides such a trusted gateway mechanism.

GoWithMi super spatial oracle provided a "trusted gateway mechanism” of original blockchain and required for all smart contracts related to location-based services, linking the two different worlds on and off the chain with “trusted” mechanism. 

It can provide a trigger response of trusted location-based data for smart contracts, allowing programmable network machine of Turing-complete, which is represented by Ethereum to seamlessly integrate with offline business, actively promote the rapid development of location-related distributed industries such as share travel, tourism, food delivery, express delivery, positional precision advertising, and behavioral credit finance, allowing the offline business to leap into an era of programmable business.

Consensus Map
In the world, there is 60% of the regions and 4 billion populations still unable to enjoy the same quality map services as the developed regions. The reason is that the scale of map data has traditionally relied heavily on global employment collection, which is a high cost that even Google can't afford.

The GoWithMi Consensus Map has taken a new approach creating the first series of “spatial consensus mechanism” that allow people in any corner of the world can jointly maintain a “world map data book” without any threshold. 

We through the exquisite design of the consensus game mechanisms such as POM (Proof of Mapping) and Spatial Bancor, subversively solve the core problems of map industry including cooperative production, auto supervision and value evaluation, breaking the boundaries of human labor organizations, allowing people to jointly build, maintain, and share a “world map” without any thresholds, and providing contributors with a fair return and let the people all over the world can enjoy the equal quality digital travel services.

Token Mechanism

Double Token Design Principle
To clarify the benefits, governance, and rights of different participating roles, to facilitate the introduction of real business value, to achieve financial closure, and to effectively stimulate community contribution, GoWithMi uses GMAT and GoZone double token design, specifically:

GMAT is the value measurement, storage and incentive tool of GoWithMi, and the general credentials for driving the map ecological construction. All services on the platform are settled using GMAT for payment and settlement, and GMAT holders have the right to vote for community voting related to their token holdings. The total amount of GMAT issued is 14.9 billion, and it will never be raised. The total amount of GMAT issuance anchors the livable human area on the earth's surface, enabling the 100 GMAT to represent the sum of the geospatial data economy corresponding to1square kilometer suitable for human habitation.

GoZone is a credential for ERC-721-based virtual land rights on the GoWithMi platform. It is used to drive geo-autonomous autonomy, issue internally and it can only be purchased through bidding using the GMAT. GoZone's owner’s own ownership in the region (including operating rights and income rights), and the dividends are more than60%. Go Zone is freely circulated with in the platform, with a total issue of 1million, and will never beraised. 

The Distribution Plan of Token
Table1The Distribution Plan of Token


Token Exchange Usage Plan
Table2 The Token Usage Plan

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