The Global Open Common Chain System (GLOBAL OPEN COMMON CHAIN SYSTEM) is short for Global Access and short for GOS in English. GOS aims to build a world-leading universal public chain system with high concurrency, lightning network, split storage, cross-chain transaction, high efficiency and stability to support DAPP operation and opening, aiming at the problems of low TPS, incompatible main chains, resource waste, transaction congestion, high transaction cost, long transaction confirmation time, etc. GOS has innovative double-layer consensus mechanism POW+DPOS and GOS innovative algorithm. By using this algorithm, several super nodes are periodically selected, given notarization rights of their data units, and Coinbase rewards will be obtained according to their valid notarization units. GOS focuses on creating a simple and easy-to-use chain of decentralized digital pass cards. With declarative smart contracts that enhance expression capabilities, users can freely create and publish digital pass cards without writing complex smart contract codes.

GOS's Vision

GOS's Core Values

GOS's goal is to create an efficient, fast, safe, stable, simple and easy-to-use global open and common bottom-level public chain system. We expect GOS to be as open, stable and efficient as Android in the future. Carrying thousands of DAPP, putting them into commercial applications and service entities. As we all know, it takes a lot of manpower, material resources, financial resources, time and energy to establish and perfect such a public chain system. Only through repeated experiments and continuous innovation can we bring forth new things, break the technological bottleneck and open up new technological fields. Elite experts from all over the world will jointly provide technical development services and suggestions for GOS global communication system through the terminal nodes of the development platform. Effective technological breakthroughs will be first applied to the public chain system. In order to speed up the development. This will definitely bring about a technological revolution in the public sector at the bottom of the block chain.


The technical structure of GOS

Through continuous research and analysis, GOS Global Anonymous Development Team compares Bitcoin, Ethernet Square, EOS bottom layer, Microsoft's Azure Blockchain Tokens, IBM's  IBM Blockchain Platform, and the open source block chain platform under construction by block chain alliance R3. Through analysis and comparison, GOS Global Team believes that high and stable operation speed and fast and safe payment technology will become the development trend of the bottom layer public chain in the future and is the direction that is most easy to commercialize. The technical characteristics of GOS global communication mainly include million-level high-speed concurrent TPS, implementation of lightning payment, transmission of split technology, scalable distributed data storage, point-to-point communication, nuclear fission broadcasting, high scalability, etc.

Security core mechanism of GOS

The core mechanism of bottom technology security of GOS global communication is a completely decentralized POW + dpos consensus mechanism, in which POW is a workload proof mechanism. Thousands of light nodes open DAPP interfaces every day to connect with the nodes of GOS main network, synchronize block data, and ensure the realization of decentralization. Dpos is a new consensus algorithm based on POW and POS, which can not only solve the problem of excessive energy consumption in the mining process of pow, but also avoid the problem of "trust balance" bias under the distribution of rights and interests of POS, which is a representative consensus mechanism emerging from the consensus mechanism. The advantages of dpos mechanism: 1. In terms of consensus cycle, dpos consensus mechanism greatly reduces the number of participating verification and accounting nodes, which can achieve second level consensus verification, greatly improves the system processing efficiency, and is more likely to replace modern commercial applications. This is also the reason why gos global adopts this combined consensus mechanism.

Million concurrent TPS

TPS is "the number of services that the system can handle per second", which is commonly defined as "the throughput of the system". GOS public chain is designed to have a large number of users and nodes, and it must need high concurrent TPS to meet the underlying technical requirements. GOS has introduced a new and groundbreaking blockchain architecture design, and the concurrent volume of a single machine has reached 3000 transactions / second. To meet the needs of global business activities. Inspired by the experience of developing the centralized large-scale system of 100 million level TPS, its core members set up a global distributed master node network around the world to create a unique solution for the scalability and stable operation of blockchain. The solution aims to greatly expand the available scope of blockchain without compromising its security and decentralization features. The design idea of GOS concurrent level one point-to-point transmission level two nuclear fission distributed broadcast will push the blockchain high concurrent TPS into a new era. Increase the current TPS by thousands to tens of thousands of times, while maintaining security and decentralization and putting it into commercial application.

Fragmented data transfer storage technology

Most large-scale systems will consider the way of "outward expansion" to a certain extent. Because the bottleneck of many systems lies in data storage, the data architecture of "database sharding" came into being. In the distributed storage system, data needs to be stored on multiple devices. Sharding is a technology used to determine the distribution of data on multiple storage devices. Data fragmentation should achieve three purposes: 1. Uniform distribution, i.e. the amount of data on each device should be as close as possible; 2. Load balancing, i.e. the amount of requests on each device should be as close as possible; 3. Data migration during expansion and contraction should be as less as possible. In the next stage, gos will also develop its own independent partition data transmission and storage technology to ensure the high-speed performance of data transmission and storage, so that the entire public chain can carry multiple DAPP applications to ensure stable operation.

Evangelism, Mining and Building Ecological Together

After ten months of development and testing, gos global communication successfully launched the main network, and achieved the expected characteristics of high concurrency, lightning payment and fast storage in pieces. At the same time, the original token fuel gos has been successfully released on the main network as gas fuel in the whole ecosystem in the future. In order to expand the global consensus of building an open public chain system GOS, all believers involved in consensus building can participate in preaching and mining to obtain GOS and thus continuously expand the influence of the bottom public chain of GOS. Build a benign and sustainable gos ecosystem. An excellent public chain project must attach great importance to the importance of consensus belief. In the end, all technologies strive to better serve human society. Preaching and mining opened a new chapter for everyone to participate in the construction of GOS public chain.

Project roadmap

  • 2018 09

    At the beginning of September 2018, the project was approved, and free developers were recruited worldwide to participate in the early deployment and feasibility technology analysis of the project.

  • 2019 01

    In January 2019, the project started development and completed the construction of early team.

  • 2019 06

    In June 2019, the first offline test of main network will be completed.

  • 2019 08

    In August 2019, the main network was successfully launched and completed the first phase of performance test.

  • 2019 10

    In October 2019, the first gos global ecological DAPP built in the main network was launched and successfully operated.

  • 2019 11 - 2020 05

    From November 2019 to may 2020, it will continue to arrange main nodes in the global scope to expand the concurrency of the whole network and successively launch dapps of different applications to reach the first stage of commercial applications.


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