GoWithMi - Mapping the World on Blockchain

GoWithMi is building the world’s first complete decentralized location-based services (DLBS) infrastructure. It aims to provide a complete trusted geospatial value exchange service for large-scale commerce from data, computing, personal terminal to commercial ecological, and making value flows multidimensional, safer and smarter, complement the last key component of the blockchain to empower the real economy application. GoWithMi's geospatial consensus ecological network consists of geospatial consensus data production, spatial computing power network, self-organizing geospatial asset node, and business application sharing support platform. Integrated DLBS, super oracle, and consensus map platform, based on the algorithm consensus to motivate participation and achieve benefit for everyone, cross-chain supports all blockchain platforms, one-stop support for all applications that retrieval location-based services, enables offline business to leap into the new era of programmable business, and enters an in chain and out chain Turing's complete self-circulation business ecology.

About
The challenges of traditional centralized map services include high data cost, poor real-time update, oligopoly, weak privacy guarantees, revenue models that entirely neglects the end users, and the lack of trusted location-based services for blockchain business applications. We are building a cross-chain and cross-platform decentralized location-based service infrastructure that we believe will correct current shortcomings of mapping services. GoWithMi provides an innovative “three-in-one” solution: spatial consensus, location-based profit sharing, and space co-governance. Our spatial consensus layer will drive the production, distribution, and management of spatial information from participants of the system, mapping the world in real-time. To ensure that all participants are adequately incentivized, we introduce the construct of location-based profit sharing whereby each type of participants will have clearly defined ownership rights. We understand the critical role of governance and believe our space co-governance model ensures a healthy ecosystem going forward.

GoWithMi’s original intention is to return every value creator in a way that equals rights and profit sharing, not only to ensure universal map services, but also to protect user privacy and restore data sovereignty to individuals. Consequently, it will lead to a more equal, smarter, self-evolving data affirmative society in which everyone has the right to benefit from the value they create, and everyone has the right to benefit from the economic growth they contribute.

Key Feature
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.

Component Platform
_Decentralized Mapping _
Through a series of spatial consensus mechanisms and protocols, GoWithMi drives real-world geospatial data to migrate to the blockchain world, producing global coverage, real-time updated, real and tamper-proof geospatial trusted data on the blockchain. Mainly includes:
Proof of Mapping(PoM)
GoWithMi abstracts data collection and production into a “space coordination game process”. Under the spatial coordination game mechanism, it coordinates the collection and verification of each participant through a series of token economic behaviors such as Token pledge, reward, gambling, and reward.
Spacial Bancor Protocol
GoWithMi correlates the single data value of the data collection and supply with the overall data scale requirement, using the Space Bancor Protocol to dynamically balance the data collection and supply and demand relationship between data collection and token rewards.

_Decentralized Computing _
GoWithMi innovates the world's first "spatial computing blockchain network Gaia" as the main blockchain network, creatively designed the "spatial double-chain double-sharding" structure. The main chain Gaia can realize storing full data on the chain, and considers the decentralization of the POW and the high efficiency of the EOS, providing application scenarios that have more dimensions than the IPFS, achieving equal rights mining of all objects and being able to resist "mining pool control". The Gaia main chain network mainly includes: (Gaia is the god of the earth in ancient Greek mythology, the mother of the gods, the first creation god born in chaos, and one of the original natural forces that can create life)
GeoMesh Sharding Based Data Structure Mechanism
GoWithMi starts from the lowest layer——the data layer of the technical architecture and reconstructs the location-based service technology architecture to make it compatible with the blockchain technology framework. It mainly deals with the full-scale data used by the traditional map service to conduct GeoMesh Sharding. The map data layer is deconstructed into the equally data network of GeoMesh by the traditional centralized data form. The GeoMesh block data size is adapted to the underlying point-to-point network protocol of the blockchain. The single GeoMesh is functionally decoupled and can provide full-featured location services independently. The parallelization can provide location-based services in various regions of the world.
Spatial Root Chain
GoWithMi has independently developed an automatic compilation engine for map data, which is the first in the world to realize the full automation of map data without any human intervention. Based on this technological breakthrough, the spatial root chain can achieve “map data production on the chain”. The spatial root chain uses the DPOS BFT (Pipelined Byzantine Fault Tolerance) consensus for super node synchronization. The spatial root chain focuses on the implementation of data consensus production smart contracts, the updating of spatial geographic data books, and the production and distribution of GeoMesh data.
Spatial Peer to Peer Computing Network
Each node of space peer-to-peer computing network synchronizes GeoMesh data according to the requirement of location-based service, and the newly generated GeoMesh data of the spatial root chain spread throughout the peer-to-peer computing network. Based on the parallel decoupling feature of Geo Mesh space, any device can cache one or more GeoMesh, so that the CPU, memory, hard disk and network of all objects can participate in spatial peer-to-peer computing mining, providing a complete spatial location-based service based on GeoMesh for the network and receive token bookkeeping income.
Spatial Multiparty Random Sharding Protocol
Original design "Spatial Multiparty Random Sharding Protocol", based on GeoMesh sharding rules, randomly connecting multiple nodes to form a "Sharding Chain" of a built-in spatial oracle, can perform blockchain bookkeeping and smart contract execution, and local service convergence. The spatial sharding mechanism enables block production to be carried out between massive equal rights nodes, thereby ensuring high performance of commercial-grade requirements and avoiding centralized defects like the EOS super-node method; and the introduction of the concept of "multiparty random", The difficulty of the attack is increased exponentially to achieve a "1% attack".

_Decentralized Organizing _
It mainly refers to the map data maintenance community with the spatial digital land rights as the core by anchoring the income of spatial digital land rights with the obligation of data maintenance. In the process of pursuing benefit maximization for community members such as landlords, miners, users, and merchants, global autonomy from on the chain to off the chain will achieve, promoting the two-way cycle and continuous development of GoWithMi's internal and external ecology.
Spatial Digital Land Rights（GoZone Assets）
GoWithMi divides the spatial assets of the digital world by anchoring the permanent land in real space. Specifically, based on spatial big data (spatial agglomeration algorithm, crowd cluster analysis, etc.), the global geospatial space is divided into independent functional areas, mainly residential districts, work districts, and consumption districts. GoZone is an independent digital space area that covers these functional areas, with scalable business value and highly centralized maintainability. GoZone's range of benefits is naturally clear and natural.
Spatial Digital Land Rights（GoZone Rights）
The spatial digital land rights are the ownership of the GoWithMi spatial digital assets. The owner (landlord) is the main body of all the all profits in the GoZone area, and the smart contract directly distributes the generated income. GoZone benefits include intra-region map data call revenue, location advertising revenue, business search revenue, transaction commissions, business diversion sales dividend, GoZone appreciation gains, and more.

_Decentralized Sharing _
A one-stop solution for providing underlying spatial data, location-based services, spatial computing, location smart contracts, Token payments, etc. for GoWithMi's own ecosystem and global decentralized shared ecosystem, which can be widely used in local O2O services, shared economic services, car insurance based on usage, personal financial services, personal precise location advertising, internet of vehicles, map API, etc. actively promote the blockchain to serve the real economy, allow offline business to leap into the new era of programmable business.
GoWithMi Mobile App
The GoWithMi App acts as a mobile terminal for Gaia's main chain and map functions, integrating full-featured map services, Mapper tools, GMAT payments, GoZone management, transaction viewing, and power mining.
DLBS API/SDK
The API/SDK covers the complete functions of map location, search and query, route navigation, peripheral and traffic information search, spatial smart mining, etc. All data and services run on the decentralized chain network built by GoWithMi.

Roadmap
March 2017 - The project is launched.
May 2017 - Indonesia's local operations team established.
August 2017 - The map data mapping platform based on image data completed. It can automatically generate high-precision road network, topography, building outline, etc. based on satellite images and images by unmanned aerial vehicles, solve the cold start problem of batch map data and lay a foundation for low-cost and rapid replication in the future worldwide.
September 2017 - Indonesia's basic map data is completed.
October 2017 - The mobile map beta version IOS) was launched online and began to acquire seed users.
December 2017 - The “map auto-compilation engine” alpha version based on the latest studies in the industry was completed in research and development. For the first time in the world, the full automation of map data is achieved without any human intervention, laying the foundation for all map production on the chain in the future. This method can greatly reduce the map production cost (expected to reduce the traditional centralized collection cost by up to 98%) and improve the map update speed (GoWithMi currently reaches the update speed in "days" and
can reach an update speed in "minutes" in the future), laying the foundation for realizing "global real-time maps".
January 2018 - Received millions of RMB "angel round" investment from Manzi Venture Capital.
April 2018 - Mobile Map Android 1.0 was launched online;
Received millions of RMB “angel round” investment from Z Ventures Group, the world's largest geographic information professional investment institution.
May 2018 - Completed the reserve of basic map data throughout Southeast Asia;
Prototype of consensus data acquisition technology based on symmetric game mechanism completed.
June 2018 - The map of Indonesia is launched online, providing real-time traffic information guidance. The data collection is based mainly on 3D architecture and POI mission reward.
July 2018 - Received 10 million-level PreA round funding from Kresna Investment, the largest IT listed group in Indonesia, and jointly started the development of a local JV company
August 2018 - For the small islands in Southeast Asia, the world's first "blockchain island spatial land rights" pilot auction held in Hong Kong, 20 islands sold out within 1 day; System of multi-source data road condition fusion launched, integrating UGC, PGC and industrial data production road conditions, the quality of road conditions had improved; The customized version of the Asian Games launched online. During the Asian Games (August 18th to September 2nd), accumulated more than 300,000 downloads.
September 2018 - Deep arrangement of basic data for Jeju Island in South Korea, Hong Kong, and Singapore completed; Token (GMAT) based on Ethereum ERC20 launched; Downloads of mobile phone product exceeded 1.1 million, and DAU exceeded 20,000.
October 2018 - Based on consensus collection, the density of POI collection in the inner ring area of Jakarta has reached 97.95/km2, which is more than twice the data density of Google map for the same region; After a rigorous examination by a first-grade car supplier, GoWithMi's Indonesia data has reached the accuracy of car navigation level and began to receive orders from international automobile manufacturers such as Honda.
November 2018 - The Beijing team cooperated with the Silicon Valley team to complete the system architecture design of Spatial peer-to-peer computing network system, and to overcome the application challenges of “impossible triangle” of the blockchain industry, enabling the storage of full data on blockchain and full data productions on the blockchain; Alpha version of POI query and route navigation function completed in research and development; developed and designed a universal location-based service for C-terminal users who drive logic for the underlying layer with "consensus production and decentralized computing"; Map in Jeju Island in South Korea launched online; Hong Kong map is ready; map mining function will soon begin.
December 2018 - So far, the "GoWithMi" mobile 3D map App has been updated with 10 Android versions and 6 IOS versions.
December 2018 - March 2019 - Token Raising initiates, fundraising target is $4 million - $15 million.
Q1 2019 - Singapore, Taiwan area map launch; Road condition forecast product launch; Mobile map products add features of POI query and traffic navigation; Landing on the first exchange;
Product DAU reaches 50,000.
Q2 2019 - Vietnam, Philippines, Thailand map launch Spatial peer-to-peer computing network beta version launch; Self-owned public blockchain(Gaia) beta version launch; DAPP test (space sharing and car sharing direction); Local business pilot access; Product DAU 150,000.
Q3 2019 - Southeast Asia full coverage; Spatial peer-to-peer computing network officially launch;
Map commercial API beta version launch; Super spatial oracle machine pilot launch; Mainland China tourism map launch (pilot area); Self-own public blockchain officially launch to complete the Token; migration. Local business access 1000 businesses; DAPP expands to 100 (shared economy & O2O); Product DAU 400,000.
Q4 2019 - East Asian coverage; Map commercial API official version launch; Root node global campaign and deployment; Super spatial oracle machine officially launch; GoWithMi provides capabilities to support cross-chain; Local business access 10,000 businesses; DAPP exceeds 300 (shared economy & O2O); DAU exceeds 1 million.
Q1 2020 - Beta version for unmanned and high precision map products; India map launch;
Local business access 50,000 businesses; Dapp exceeds 1000 (shared economy & O2O);
DAU 2 million.
Q2 2020 - South Asia map coverage; Local business access 200000 businesses; Dapp exceeds 2,000 (shared economy & O2O); DAU 4 million.
Q3 2020 - Africa map launch; Local business access 500,000 businesses; Dapp exceeds 5,000 (shared economy & O2O); DAU 6 million.
Q4 2020 - South America map launch; High-precision map official version launch; Local business access 1,000,000 businesses; Dapp exceeds 10,000 (shared economy & O2O); DAU 10 million.
Team



Token info
Token - GMAT
Type --Utility
Price - 1 GMAT = 0.006 USD
MVP/Prototype - Available
Platform - Ethereum
Country - Singapore
Whitelist/KYC - None
Restricted areas - USA
Bounty program

14th of January -> 10th March
Tokens Allocated: 10,000,000 GMAT
Total Supply of Tokens: 14,900,000,000 GMAT
Softcap: 500 BTC
Hardcap: 1200 BTC
Token Rate: 1 GMAT = 0.006$ - 0.01$
Media (Articles and Videos) - 20%
Signature - 15%
Twitter - 15%
Facebook - 15%
Telegram - 15%
Reddit - 10%
Translation - 10%

Signature campaign
Jr. Member = 10 stakes
With 2+ earned merits = 15 stakes
Member = 20 stakes
With 5+ earned merits = 30 stake
Full Member = 35 stakes
With 7+ earned merits = 40 stakes
Sr. Member = 55 stakes
With 10+ earned merits = 70 stakes
Hero/Legendary = 75 stakes
With 15+ earned merits = 80 stakes
AVATAR = +20 stakes per week (does not apply for Members and Jr. Members)

Content creation campaign
The publication / video will receive stakes depending on its quality and reach.
25 for normal quality, 60 for good quality and 175 for high quality. Low quality = 0 stakes.

Translation campaign
ANN = 25 stakes
Whitepaper = 150 stakes
Moderation = from 10 - 20 stakes

Twitter campaign
for 750+ followers: 4 stakes per retweet
for 1,500+ followers: 8 stakes per retweet
for 5,000+ followers: 16 stakes per retweet

Facebook campaign
for 750+ friends: 4 stakes per share
for 1,500+ friends: 8 stakes per share
for 5,000+ friends: 16 stakes per share

Reddit campaign
Low quality: 10 stakes
Medium quality: 30 stakes
High quality: 100 stakes

Telegram campaign
Section Rules:
Maximum number of participants is 15,000.
Participants need to remain in the group at least until the end of the bounty.
Participants must have constructive discussions directly related to GoWithMi. Discussions about other ICOs, any advertising / promoting, hate speech and spamming will not be tolerated, the moderators of the group will take the necessary actions and you will not be eligible to receive your rewards.

Website: http://gowithmi.com/
Whitepaper: https://www.gowithmi.com/whitepaper/index.html
Ann: https://bitcointalk.org/index.php?topic=5090322
Bounty: https://bitcointalk.org/index.php?topic=5097127
Telegram: https://t.me/gowithmi_en
Twitter: https://twitter.com/GoWithMi_GL
Facebook: https://www.facebook.com/gowithmi.global
Personal: https://bitcointalk.org/index.php?action=profile;u=1511301
Web: https://hyip.city
ETH WALLET: 0xF6945A33Ce4E9425d094E53E1467fed7Ea9a89f6