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GoWithMi

Erwin Crypto - 11:00 AM


GoWithMi builds the world's first comprehensive decentralized location-based services (DLBS) infrastructure. The goal is to provide a comprehensive and trusted exchange of geographical values ​​for large-scale commerce, ranging from data, computing, private terminals to commercial ecology, and to create multi-dimensional, secure and smarter value flows that are the last key component of the blockchain to empower the real economy supplement application.

The GoWithMi Geo-ecological Consensus Network consists of the creation of geo-consensus data, spatial data processing networks, self-governing geo-asset nodes, and business application sharing platforms. The DLBS Platform, Super Oracle and Integrated Map Consensus are based on consensus algorithms to motivate participation and bring benefits to all, cross-chain support for all blockchain platforms, one-stop support for all applications requires location-based services, and enables offline businesses to leap into a new era of programmable business and the entire reuse ecology of their own business in and out of the Turing chain.

main feature
Location-based distributed services

GoWithMi wants to fully decentralize the main components of the Internet ecosystem, geolocation services, and make it the centerpiece of the entire blockchain network that can be used by various Internet applications and blockchain networks.

DLBS platforms include a complete set of map localization systems, searches and queries, route navigation, network and device information discovery, and spatial mining. All data and services work on the Gaia Space Counting Blockchain Network, which is available on the GoWithMi platform .

With this technology, the platform stores all data in the chain, taking into account the decentralization of PoW, the high EOS efficiency and the access to equal rights in the mining industry. This ultimately allows the operation of a decentralized location-based service to continue indefinitely.

Super spatial astrologer

In realizing all blockchains in reality, there is always one final problem: to establish a connection between the outside world and the blockchain at the blockchain, the first being called "untrustworthy" and the second being "trusted."

To perfectly connect the two worlds, we need a "reliable gateway mechanism". GoWithMi is also playing here. The Oracle Super Space provides a " reliable gateway mechanism " that is urgently needed.

This feature can provide reliable location-based data trigger answers for intelligent contracts. As a result, Ethereum's Turing-complete, a programmable network engine, can be integrated into the offline business and actively promote the rapid development of the distributed industries associated with this position.

Konsenskarte

About 4 billion people in the world's population, about 60% of the developing regions, were unable to benefit from quality mapping services, such as industrialized countries. This is because the amount of map data is very much dependent on the overall workload, which requires high costs that even Google can not.

To curb the problem, the GoWithMi consensus card introduces a new approach that creates the first "spatial consensus mechanisms" that enable people around the world to jointly manage world map data books that do not require a threshold.

By improving the design of consensus play mechanisms such as mapping tests (PoM) and Spatial Bancor, this platform can solve fundamental problems in the mapping industry, such as:

Moreover, this goes beyond the limits of organizing human labor so that people can build, nurture and share the "world map" without a threshold. Contributors get a good return and people around the world will enjoy the same digital travel service.

It has three main functions:

Map consensus Producing these games to reach consensus allows people around the world to fully participate in the co-development of "consensus maps". Everyone is involved and everyone benefits by making this basic service a "Common Card for All" card, rather than an exclusive tool for businesses and monopoly companies, as it has free personal location information.

Remote location-based services: including location on maps, search and demand, route navigation, edge information search and road conditions, intelligent space analysis and other complete functional systems. Universal support for taxis, grocery deliveries, room reservations and other environmental applications.

Oracle Super Spatial in a chain of original spatial predictors that answer plausible questions about cosmic facts that lead to smart contracts, such as: B. "Where to go", "Where to go", "Where to go", "Where to go" "How to get there" and D. for the automatic implementation of smart contracts, filling the "secure spatial Oracle" gap according to sites and effectively promoting the integration of Ethereum, EOS and other public networks with companies outside the network.


The typical problem of blockchains today in non-financial applications involves inconsistencies between decentralization and performance, and reliable facts lead to smart contracts outside the chain. "Impossible Triangle" and systematically supports the implementation of the three main functions of KTSY. Gaia is a double chain double chain structure with the following properties:

The mechanism of the GeoMesh Group to ensure the complete storage of data in the chain. GeoMesh Sharding is executed for all map service data. GeoMesh can provide location-based services such as search and navigation independent of location, and parallel location-based services can be provided.

The spatial structure of the root chain enables the complete production of the chain. The self-developed automatic imaging mechanism and the DPOS BFT alignment mechanism are created in the first complete chain of map service data.

Peer-to-peer computing network area that allows full storage of data in a chain. Let the central processor, memory, disk, network, and other compute resources of all objects have "equal rights" and have "collection control."

Spatial multiparty partition protocol that forms a chain of defense against attacks. The production unit is executed between nodes with the same rights, which not only ensures the high performance required for the company, but also avoids errors in the centralization of superusers.

Industry's off-the-shelf GoWithMi consensus-card production model can fully implement the support of one-to-one network services that are based on a trusted location for collecting consensus data, distributed data production, remote machine locations for large commercials, and so on global map arises branches jump directly from electronic cards 1. 0, crowdsourcing cards 2. 0 in the era of consensus cards 3. 0


The GoWithMi economic system is designed to create a mutually beneficial and mutually beneficial economic ecology. Traditional card application providers use ransom prizes based on points or content to encourage users to provide data. Essentially, this is a form of wages where, apart from the company, only the reward and not the value can be obtained, but the costs are owned by the company.Thanks to the developed economic incentive mechanism, GoWithMi ensures that all users can participate in positive and negative games in order to continue to create new values. Their values ​​are based on preserving digital assets that can not be permanently changed so that each environment builder can share values.

GMAT is a way to solve the circulation in the GoWithMi environment scenario. This system has developed six basic scenario roles:

Bergmann's Order.

Conduct data collection co-ordination games, present data to generate income, and bring in GMAT for high returns.

Miners of the power of the space computer

In addition to the performance of the equipment, the provision of spatial computing power and the same revenues from mining, the GMAT is a miner.

User of an ordinary person

Use the general map service to get high-quality continuous map services created by the wealth of environmental data.

Commercial clerk,

For example, motorists, couriers, etc. Oracle Super Spatial checks the effectiveness of its services. Direct contracts distribute the income directly without the participation of third parties and burden the GMAT as a loan agreement.

Commercial operator

This means that the creators and smart contractors, based on job requests, will cause the GMAT to receive "intelligent contract-site-based visual templates" or develop independent programming to create distributed business applications, for example, businesses can use smart definition contracts. Locations to reach the advertising channel and restaurants can use intelligent contract locations to mobilize transport services, etc.
Token distribution plan

Table 1 Token distribution plan


Package for using Token Exchange
Table2 plans for using tokens

road map

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