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5G IOT Space Chain

White PaperGISC COIN

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ONEIndustry overview and blockchainTechnology

TWOGISC project technical framework

1.1 development and current situation of the Internet of things

1.2 problems faced by the Internet of things industry

1.3 5G brief introduction, why do we need 5G

1.4 application of block chain technology to the Internet of things

industry

1.5 5G, the Internet of things and blockchain all need to interact

2.1 GISC system architecture

2.2 GISC Agent intelligent chip

2.3 GISC public chain

2.4 intelligent contract

2.5 data asset platform

2.6 Distributed application DAPP

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THREEGISC application scenario

FOURProduct and project planning

4.1 product planning

4.2 project and ecological cooperation

3.1 ecological application of intelligent hardware of Internet of things

3.2 Internet of things shares economy application

3.3 Intelligent terminal asset transaction of application of Internet of

things

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FIVEGISC certification of economicecology

SIXGISC team introduction

SEVENGISC global ecological fund

5.1 TOKEN introduction

5.2 TOKEN value

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EIGHTRisk control statement8.1 disclaimer

8.2 risk warning

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GISC is an intelligent and credible decentralized blockchain

technology platform aimed at reshaping the IOT value state and

data value. At present, the amount of IOT terminals and the

resulting data is increasing. For IOT enterprises, the innovation

pressure of their business model is becoming more and more urgent.

It is not only to improve the framework known to the public and

simplify the original business model, but also to gain

competitive advantage from new technologies and opportunities.

Therefore, we believe that IOT enterprises need to fundamentally

change their traditional value creation and value acquisition. In

addition, there are more and more data produced by terminal

equipment and jointly produced by terminals, but the value and

ownership of data have never been truly owned, evaluated,

quantified and used. As the producer of data, the user has never

owned it and never benefited from it, the data value has been

separated into islands without an effective communication

mechanism. However, we believe that the data that the user and

the terminal share is the most valuable data in the life of the

class. GISC will realize the reconstruction of the state value of

the industry and the confirmation and transaction of the data

value through the industry chain technology and the solution of

the case.

GISC's products and technologies will realize the following

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three stages:

The first is to build a public chain of industrial value and

build a value state system of IOT. GISC develops the

decentralized value public chain based on the characteristics of

IOT, and supports a variety of industrial applications. GISC

provides hardware intelligent ship, SDK and other adaptive

scenarios. It combines cryptography technology with distributed

architecture and adopts the main chain of DPOS consensus to build

a secure, decentralized and concurrent blockchain.

The second is to decentralize the data trading platform and

realize the value circulation of terminal data. GISC will solve

the data value problem of IOT terminals to realize the data

rights and value transactions of users through the decentralized

trading platform, and to protect the data value of users and

equipment.

The third is to realize the interconnection of everything and

terminal value transaction. In the context of the Internet of

everything, we can realize the value exchange between terminals

through the reliable environment blockchain of decentralizing.

Finally, the vision of GISC is to activate the huge

IOT industry through the blockchain. At the same time,

5g network is used and everything is connected.Both

terminal and terminal become the components of GISC

blockchain, forming value-ecology economic community

based on terminals, services, datas and rights of use and

ownership.

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Interconnection is to connect the whole world and form

a virtual world. By connecting people , the information

and numerable resources will flow rapidly, create new

wealth and form a new economy.“IOT” is the extension of

Internet, which connects “everything”through sensor and

RFID and other technologies. Although the Internet changes

the traditional economy and brings new life, there are

still obstacles between the virtual world and the real

world. The Internet of things expands the connection,

opens up the virtual world and the real world and forms a

new world of “all things connected”

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Every device in IOT can act as a unique business

entity, sharing energy and resources with other devices at

a very low transaction cost. On IOT, each device can

report the status of their own, such as smart meters,

smart rings and even your refrigerator. These devices can

collect and transmit data through the Internet, which

forming our data world.

In 2015, the market size of IOT reached 62.4 billion

US dollars, an increase of 29%. By 2018, the scale of the

global IOT equipment market is expected to reach US $103.6

billion with a compound growth rate of 21% in 2013 and

2018. In 2019, the number of new IOT equipment connections

will increase from 1.691 billion in 2015 to 3.054 billion.

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With the continuous progress of technology, the

development and response of IOT technology have made

remarkable achievements in recent years. However, IOT

technology is also facing many problems and challenges.

The prominent key problems are as follows:

The waste of terminal resources. The amount of IOT

infrastructure is not perfect, thus resulting in idle

resources. Many IOT businesses and users do not benefit

from IOT data and terminals.

The difficulty of forming a valuable state system.

Although more and more terminals have solved the demand of

users, IOT enterprises generally lack of operation

mechanism and operation ability. The law maintains the

state of users and the law forms incentive mechanism.

Finally, the law forms a positive circulation state system

between users and producers.

The defects of the centralized system. It is the lack

of mutual trust mechanism between devices. All devices

need to check with the data in IOT. Once the database

collapses, it will cause great loss to the whole IOT.

The idleness and misuse of large and valuable data

created by users. The Sinochem IOT platform of terminal

equipment enterprises or service providers has the right

to collect and analyze user data and control user

equipment without user authorization, which poses a great

11threat to user privacy and security.

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4G LTE mobile data services are still in the process

of rapid development in terms of coverage and speed

capabilities. So, why do we need 5g, especially when 4G

LTE connection speed is faster than home fiber connection.

We will explain everything in the following, but

you know, all kinds of experiments have been carried out on

5g and 5g smart phones will come in 2019. Motorola has just

released the latest Moto Z3 flagship, which will go on

sale in 2019. Through Mods accessories, Motorola will

become the first smartphone in the United States to

support 5g network. 5g network will gradually appear in

our life in the next few years.

It is worth noting that 5g does not fully represent

mobile phones. In the future, notebook computers and

tablet computers will also have 5g network connection

built-in. In fact, there are already 4G network connection

notebook computers. In the future, with the support of 5g,

our life will completely abandon the wired network and

have the home broadband which completely depends on the

cellular network.

What is 5g?

5g is the name of the current next generation mobile

data connection, which is the next generation of 4g. At

present, 4g is still accelerating, but there are several

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main advantages of switching to 5g network, which we will

explain below.

5g will provide incredible high-speed broadband speed,

but more importantly, no matter where you perform every

function you want, no matter how many people you connect

at the same time, it will have enough capacity to

guarantee all operations.

5g will run in a new “hyperspectral band” that uses

a higher frequency signal than 4g. The new frequency band

will be much less than now, which is crucial for the use

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of the Internet of things. However, signals will not be

transmitted far away. So more access points need to be

closer.

According to Professor Andy Sutton, EE's chief network

architect, 5g aims to be “completely invisible.” It

should be a “right there” technology, like electricity.

It will enable device manufacturers to implement the

Internet of things because it will always exist and can be

used without regionalization.

Why do we need 5g?

One of the main benefits of 5G technology surpassing

4G is not just its transmission speed, which can range

from 10 Gbps to 100 Gbps, but also the low latency.

Currently, 4g delays range from 40 milliseconds to 60

milliseconds, which is low latency but not enough to

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provide real-time response. For example, multiplayer games

require low latency to ensure that when you press a button,

then the remote server responds immediately.

The potential ultra-low latency for 5G could range

from 1 millisecond to 10 milliseconds. For example, this

would allow watching a live broadcast of a spectator on a

football field and another camera Angle of watching the

game, matching the situation on the field without any

noticeable delay in feeling. It will also open the door

for virtual reality and AR applications to offer services

in real time.

Capacity is also an important factor. Over time, the

Internet of things has become increasingly important with

electronic devices and objects using smart, connecting

capabilities they never had. The pressure on bandwidth

will continue to grow. That's why 5G is needed to provide

millions of new connections to connected technologies.The

age of the Internet of things: device explosion increase.

By 2020, according to analysts, everyone in the UK

alone will own and use 27 connected devices. There will be

50 billion connected devices worldwide. These could range

from existing technologies such as smartphones, tablets

and smartwatches to refrigerators, cars, augmented reality

glasses and even smart clothing.

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As part of the “heterogeneous network”, these points

or cells will be used for LTE-A, the technology will be

added and improved to accommodate 5G. No matter where the

user is, the cell automatically talks to each device to

provide the best and most efficient service.

Larger network units will be used in the same way as

they are now, with a wide range of coverage, but urban

areas will also be covered by multiple smaller units

installed on lamppost, on the roofs of shops and homes,

and even in the bricks of new buildings. Each will ensure

that the connection will be normalized and appear to be

standard.

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The algorithm can even know how fast a device is

moving, so it can adapt to the cells it is connected to.

For example, a car may need to connect to a micro cell

connection, such as a large network mast, in order to keep

its connection constant without rebuilding at a distance,

while a person's smart phone can connect with fewer areas

with a smaller cell range and the next cell can be

automatically connected easily and enough time to prevent

the user from noticing.

4K streaming video

Capacity is also important for the future of video

streaming. EE predicts that 76 percent of its data traffic

will be used for streaming video by 2030. Most of them are

4K ultra hd or even 8K resolution.

4G data rate can solve this problem, it is expected

that the 14 Mbps connection should handle streaming media

of 4 K video and 18 Mbps of 8K video. But if everyone does

it at the same time, as the statistics show, the web will

struggle to meet demand.

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Other non-consumer sectors will also get better

service in 5g, but as EE itself acknowledges, some

applications for low-latency, high-capacity networks have

not even been considered. You need to have enough

technology to solve its problems.

Finally, another major benefit of 5g is that standard

and spectrum bands will be retained globally. In the UK,

for example, your 5g phone will use exactly the same

system and spectrum as it does in the US, South Korea and

elsewhere.

Blockchain technology, known as distributed ledger

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technology,is a kind of interconnected database technology,

characterized

recording. After the emergence of contract

technology, blockchain will evolve information

recorder to transaction executor. The low-cost and dynamic

transaction can greatly reduce the cost of value exchange,

and combine with IOT to develop an unimaginable scenario.

Blockchain technology can not only provide a suitable

solution for recording the data of all IOT units, but also

ensure that once the data is recorded, it can not be

changed.

In view of the current problems of IOT, blockchain

technology will be used to solve the following problems:

(1) the distributed ledger ensures that the data is

not tampered with and is unique.

(2) smart contracts ensure transaction reliability and

efficiency.

(3) the structure of point-to-point distributed data

transmission and storage.

(4) data encryption protection and verification

mechanism in distributed environment.

GISC will build a blockchain state system based on the

value circulation of IOT as the core demand.

transparency, so that each can participate in database

andby opennessdecentralization,

smart

from

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GISC subverts the existing IOT trading platform

through blockchain technology and improves the value

of IOT by enabling GISC token to realize the value

quantification and value circulation of terminals and

data within the platform. At the same time, as a value

chain of “ IOT ” industry, GISC combines multiple

scenarios of IOT industry into a deep coverage and

response and puts blockchain technology into more new

businesses.

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Monitoring the growth of 5g, the Internet of things

and blockchain technologies will be crucial because these

three outstanding technologies will shape the future of us

and the Internet.

Since all three technologies are designed to work

together and influence each other, it is difficult to

discuss only the influence of the former two technologies

on the latter. So what is the potential of combining these

three emerging technologies?

Perhaps the biggest technology wave sweeping the world

is the adoption of the latest cellular network technology-

5g and experts and non professionals have been waiting for

a long time. Although the global 5g coverage is expected

to be implemented in 2020. Some companies have begun to

implement their own plans. For example, Verizon has

announced that it has achieved 5g coverage in about 19

cities in the United States and more coverage will be

achieved by 2020.

If 4G long-term evolution technology is great, 5g is

even greater: newer network technology can transmit data

at a rate of up to 10GB per second, while 4G is 100MB per

second. 5g will ensure faster network speed, lower latency

and greater networking device capacity.

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These advantages make IOT devices the beneficiaries of

this new technology, especially smaller and low-power

devices. Faster speed means faster data transfer over the

network. In addition, the excellent connectivity of 5g

means that more IOT devices will benefit from it.

Internet of things technology allows physical objects

in daily use to connect to the Internet and transmit data

through algorithms to better serve users. The world has

seen a surge in smart devices such as televisions,

furniture, vacuum cleaners and air conditioners.

Smart home already exists and it's completely

operated by built-in algorithms. The Fraunhofer Institute

estimates that the potential savings for smart homes are

40% in terms of heating costs. This goal applies to both

families and industry.

The concept of smart city is not far from being

realized. The dream of smart city is not just to reduce

emissions and energy costs. McKinsey estimates that smart

city can shorten commuting time by 15%-20% and emergency

service response time by 20%-35% with the help of smart

road. As mentioned before, 5g will provide a powerful way

for these smart homes, smart cities and more smart devices

to realize their real potential.

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Once intelligent devices, especially low-power devices,

have a development platform and the Internet of things will

get a huge impetus. Because it will be more convenient to

operate these devices, there will be more devices and even

more people willing to use them. The world is reaching a

point where without the Internet, it will be very

difficult for individuals to live. In fact, the United

Nations has declared network access a human right since

2016.

However, although the combination of 5g and the

Internet of things has proved to be happy. There are still

reasonable concerns, especially in terms of security and

privacy, which is the use of blockchain.

Today, many people know about virtual currency, such

as bitcoin, Ethereum, swisscoin, litecoin, TAC and etc.

But only a few people have really mastered the technology

behind it: blockchain. Blockchain is a decentralized

database platform for storing linked transaction data

blocks, hence its name.

The decentralized nature of blockchain means that it

can resist most security problems. Compared with the

traditional client server system, its advanced encryption

provides more powerful anti-hacker protection. And that's

why it's very safe to use virtual currency for online

transactions and payments.

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The Internet of things and 5g have great potential

together, but they can only be realized by injecting

blockchain technology. While 5g provides connectivity

coverage for IOT devices and transactions, blockchain

processes security and ensures protection of user and

transaction data. In fact, this Trinity will be very

powerful, because each part will strengthen the other.

With the introduction of blockchain, skilled network

will be greatly promoted. Earlier this year, a Chinese

doctor used a robot to perform the world's first 5g remote

operation on a patient thousands of kilometers away.

As we see a significant improvement in global

healthcare services, more of this is expected to happen.

For obvious reasons, security in this area is crucial -

and implementing blockchain in healthcare will make remote

processes more secure.

In addition, the expected large-scale adoption of 5g

driven intelligent devices means that blockchain will have

more data than ever before, which greatly promotes the

globalization of technology.

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However, a blockchain that has to deal with more data

is likely to lead to scalability issues. The technology

stores transaction data in blocks linked by chains and it

takes about 10 minutes to build each block - what happens

when more data needs to be processed and processed? The

result is a large increase in block size, resulting in

more response time.

In conclusion, although 5g provides speed for IOT

devices, the integration with blockchain may actually slow

down data and transaction processing. This is the expected

challenge of integrating 5g and the Internet of things

into the blockchain, and the specific solution seems not

obvious. Perhaps 5g speed or better cellular technology

will balance this slower processing speed.

Now the development of 5g and the Internet of things

is unstoppable, so we urgently hope that engineers and

developers can find a way to solve or bypass the problem

of blockchain scalability, so that these 3 technologies

can play their consistent maximum potential.

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GISC system architecture is composed of IOT layer,

interface layer, main chain, contract layer and service

layer.

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Description of system architecture:

• IOT layer:

GISC will cooperate with IOT to build a cooperative

state chain on the premise of improving terminal value

and sharing interests.

• connecting layer:

GISC provides a series of intelligent cores, SDK and

APIs to help developers connect blockchain and build

decentralized applications.

• main chain:

The main chain of GISC optimizes the DPOS consensus

29mechanism to improve the performance and can be fully

fulfiled the concurrent environment of Internet of things .

• contract level:

Intelligent contracts should be used in the field of

IOT to realize business contracts. According to the

different scenarios, the intelligent contract module that

can execute the preset logic can be added selectively.

• service level:

Developers can develop and submit DAPP according to the

development rules and commercial rules of the platform and

relevant specifications.

IA is built on the basis of special safety core. The

structure diagram is as follows:

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IA adopts special safety core as the basic design and

implementation, which provides better safety and

performance. IA adopts special safety core as the basic

design and implementation, which provides better safety

and performance power consumption characteristics. The

shape scale can also achieve better, which is more

conducive to system integration. The hardware level

trusted computing system provides the whole trusted level

of shared network, which provides a reliable basic

guarantee for the development of shared network.

GISC concatenates the whole state through giscagent.

Each GISC node has one and

There are only one GISCagent ( hereinafter referred to

as IA ) built on a dedicated smart core. The crucial

functions of IA include: node authentication, node asset

management, service measurement and distribution control,

service price evaluation and service billing and

settlement. GISC connects these nodes through IA to

realize shared value exchange.

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• node authentication

IA certifies the validity of the shared node. IA as a

security unit of sharing network authentication. This

network has the basic legitimacy of sharing network grant.

At the same time, for the nodes with the nature of

electrical information equipment, IA also undertakes the

function of identifying the legitimacy of the node related

equipment system.

• node asset management

IA is responsible for receiving, paying and keeping

the digital currency assets of nodes and starting the work

of electric wallet. IA is also responsible for managing

other assets owned by this node in the shared network,

such as data asset information stored in the shared

storage, shared service information being provided to the

outside world and etc.

• service description

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IA represents the node to provide the shared service

information provided by the node to the shared network,

including service type, service definition, etc.

• matching transactions

IA provides service quotation to the shared network on

behalf of the node, including supply quotation and demand

quotation and coordinates the matching transaction based

on platform trading price and service counter price within

the scope of fair rules and in the principle of favorable

to platform trading.

• service measurement and distribution control

IA cooperates with the sharing network to accurately

measure the services provided or received by this node,

recording the unsettled service measurement information

and coordinating the process and steps of providing or

receiving services by this node. For example, in the

process of sharing storage services, data transmission

coordination, confirmation and regular health inspection

of data stored in this node and other tasks.

• billing

IA manages the settlement and transfer of fixed payment,

installment payment, balance payment and other matters

based on the established matching transaction contract.

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GISC chain adopts DPOS as its consensus mechanism

and improves and optimizes it. It does not need to consume

additional calculation to realize the rights and interests

distribution after the block. It can also dynamically

determine the execution result of the smart contract

verified by the agent or all nodes according to the

transaction status of the network.

GISC chain regards the issuance of token as an

important economic segment of community incentive and

consensus mechanism. Holding token can not only obtain

basic services of blockchain such as contract issuance,

network fork, but also participate in voting and become a

proxy node to provide services and obtain token reward.

The holder of each token is called equity and the

corresponding voting weight is allocated according to the

number of tokens. The proxy node is selected by the equity

vote. The first 99 agents with the largest number of votes

take turns to verify transactions and the order is

determined by all agent nodes together to ensure that

the process is not tampered with. If an agent works normally,

he or she can gain profits. Otherwise, if he or she works

abnormally or not, he or she will be punished.

After optimization, the consensus mechanism can

further improve the network transaction capability. For

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At the same time, GISC supports IOT-Coin agreement. Each

publisher can issue its own token based on this agreement.

example, for some smart contracts with long execution time

or internal state space occupying a relatively large

proportion. The agent packs only the hash value of the

resulting transaction, which is verified by all nodes.

While the full smart contract is verified quickly, it also

reduces the congestion of the whole network. In addition,

GISC provides complete intelligent contract. IOT

providers can publish their smart contracts and build

value-added services based on them.

With the help of modular design tools, we abstract and

simplify the blockchain. By building a modular virtual

machine, Lua virtual machine ( hereinafter referred to as

LVM ), we can run a intelligent contract. Such a design

can bring two benefits. The first one is to optimize LVM

performance to directly improve contract execution

efficiency and reduce

35disturbance factors brought by system coupling. The second

one is to weaken the correlation between blockchain and

intelligent contract operation state, even if contract

execution is in trouble or virtual machine operation is

abnormal and the stability of blockchain operation can be

guaranteed.

The interaction with the terminal is to make the IOT

equipment collect the data of the physical world and the

active world. GISC believes that the data owner is the

only one who owns the data and advocates to return the

data ownership and income right to the data owner. Data

production, storage and transaction all need to be

authorized by the user and the user's privacy is protected

by distributed storage technology. Users have the right to

enter the pricing transaction for data. The GISC data

asset platform provides matched data resources for data

demand through data analysis technology and the demand can

be enabled after it passes the token payment and obtains

the consent of users. GISC data asset platform aims to

improve the value of data and return the value of data to

customers.

Take the scenario of vehicle terminal as an example,

the data such as the number of journeys and places that

the user can produce every day are recorded on the main

36chain after the user authorizes and agrees. Users can get

token as reward. The data asset platform integrates

resources based on these data for data analysis and

ensures that the data is true and effective. After

analysis, the data can provide data services for loan and

insurance. It needs to pay a fixed number of tokens to

the data provider, that is, the data provider. It will

greatly shorten the process of building trust between

customers and enterprises, and improve the efficiency of

cooperation.

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DAPP is our customer-oriented service product, which

can be used by IOT industry partners to carry out business.

As long as you have a wallet, you can easily access these

services.

Users can create transaction services and set

transaction terms and receive payment. The buyer can view

and obtain the service information according to the

demand and can make the token ( including GISC ) held by

the service to purchase the service.

DAPP will provide full-featured services, all our

codes, protocols and specifications will be open-sourced.

We hope that other people extended codes so that they can

create more applications.

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GISC provides a decentralized blockchain technology

platform for IOT intelligent terminals to realize data

value sharing. GISC makes giscagent intelligent core,

aiming at the problems of idle resources and difficult to

materialize of current intelligent terminals and enabling

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token mechanism to activate the enabling value of products

and the sharing state of data. GISC foundation will form a

sharing and cooperation alliance and support various

hardware and software equipment, development agreement,

third development team, and constantly implement GISC in a

more general response scenario.

Previously,GISC has carried out“state cooperation”

with many categories of suppliers, including routers,

machines, air purifiers, AI boxes, etc.

IOT digital currency asset development:

For different IOT platforms or enterprises with new

digital asset publishing needs, GIT coin, a kind of smart

contract issued by GISC assets, can quickly publish

digital currency and should be put into business.

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With the development and popularization of cloud

computing, deep learning and blockchain technology,

people's demand for computing becomes more and more urgent.

More and more enterprises expand the computer room

horizontally to increase the operation.

In fact, there are also kinds of calculations that are

wasted in part of our time. These calculations can come to

every one of us. The necessary electrical equipment in our

life is a computer, and even an intelligent machine. These

intelligent devices are often used to achieve 100%

performance in 90% of the time. In contrast, if we can

make this 90% idle computing work, it will be a very

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strong computing resource.

GISC is connected to the whole state through

intelligent core in series and each smart core installed

on the smart terminal is a unique node. These intelligent

terminals are linked through GISC chain to realize the

exchange of shared value.

Take the terminal of intelligent imaging equipment as

an example. The device is equipped with various sensors,

spherical sensors, equipped with sensors such as

temperature, humidity, light, pressure, ultraviolet and so

on. It can measure the real-time situation of simultaneous

interpreting. After the user purchases and changes the

equipment, he can start shooting the real-time sky

condition map. What's more, users can share these pictures

through various channels, and become the iconist among

their friends. As long as you want, you can post real-time

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GISC plans to reach a strategic cooperation with the

equipment providers through accessing to meteorological

equipment terminals and calculating user’s shared data

value to realize token returns.

daily status via Wechat, Weibo or Email. The whole sharing

process is often simple.

This is a kind of resource sharing driven by pure

interests and hobbies. Users send data from sharing

terminals, but they don't get obvious reward mechanism,

resulting in the frequency of data sharing. The frequency

of data sharing is not active. Therefore,it does not

have the final effect of sharing.

The blockchain based on intelligent contract

includes transaction processing and saving mechanism, as

well as complete state machines, which accept and process

various smart contracts and transaction state processing

and saving are completed on the blockchain. After the

transaction and event information are transferred to the

smart contract, the resource status in the contract

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resource collection will be updated and the intelligent

contract will be triggered to enter the state machine

judgment.

Taking the case of intelligent terminal transaction in

parking lot as an example, taking the case of contract

defined by GISC, both the parking gate and the vehicle

hold the intelligent contract mechanism and the gate

control device can initiate the parking charge information

in the blockchain and in the number of paid tokens. The

vehicle can move and Park the control device to enter the

token settlement transaction, the whole process is fast

and effective and the transaction information is recorded

in the chain. Up. As an intelligent terminal, the vehicle

book can also obtain token rewards through other contract

terms, such as the data owned by the transaction vehicle

book, thus forming a positive token

circulation state cycle.

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• August, 2019

GISC Project start

• October, 2019

Release of GISC intelligent hardware blockchain “state”

case

• November, 2019

GISC eco mall release

• January, 2020

Intelligent core giscagent release

• March, 2020

Release of intelligent hardware product cooperative

solution plan, reach strategic cooperation with

multiple intelligent hardware vendors, and promote

multiple GISC cooperative products

• June, 2020

GISC Chain Beta version was released online

• August, 2020

GISC Chain wallet client is online

44• October, 2020

GISC Chain supports release and adjust with

intelligent contract and support IOT-Coin

Agreement

• December, 2020

Data asset platform goes online and support data contract

transaction.

• May, 2021

To form an integrated IOT blockchain, we should solve

the problem and expand the network.

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GISC will cooperate with IOT to build a cooperative

state chain on the premise of improving terminal value

and sharing interests.

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GISC is a bidirectional coin of ethereum 2.0 and a

block chain 3.0 technology. GISC Token is a basic

certificate of cryptographic certificate of virtual

circulation established within the ecology. In the GISC

ecology, all data stored on the GISC platform are

effectively confirmed and capitalized, and GISC is the

specific bearing form of the value circulation of these

data.

No matter any behavior of users within the ecosystem,

GISC is required to be the only encryption card

circulating in the system. At the same time, GISC system

infrastructure construction and maintenance, related

technology research and development, operation and

promotion, and other inputs, all with GISC as the core

incentive mode.

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Before the public chain of GISC itself was established,

the issuance of GISC was based on the ERC20 protocol

intelligent contract of ethereum, with a total of 180

million, and the number would never increase after the

issuance. During this period, the circulation of GISC

took place on ethereum.

After the development and deployment of GISC's own

public chain is put in place, the GISC foundation will

select the appropriate time window, coordinate the users

in the ecology and relevant exchanges, unify the action,

and map the GISC on ethereum to the GISC itself.

Thereafter, all GISC circulation will operate on the

GISC public chain. Benefiting from the high performance

and low loss characteristics of GISC public chain, GISC

circulation on the public chain will become more

convenient and low-cost. At the same time, GISC public

chain also supports a strong intelligent contract system,

on this basis, can build a variety of complex business

models and business forms around GISC.

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The token of 5g IOT space is named GISC. The global

total number of tokens issued is 10 billion. The

distribution plan of GISC is as follows:

15% - the early circulation, which is used for GISC

market operation and operation promotion. The utilization

of this part of capital on a regular basis.

30% - the foundation. It will be based on the

subsequent development of the foundation. According to

the bonus time and contribution score, the participants

will be rewarded with 24 bonus points.

15% - the team. Team pays for the maintenance of GISC

technology and operation development, and issues GISC in

return. This part of token will be locked by smart

contract and unlocked in 12 pieces.

40% - the mining. It used for in GISC state system.

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• GISC token of GISC is based on a variety of

• intelligent hardware in the GISC shared state

alliance, relying on the digital assets of GISC chain.

• Through GISC token, users are encouraged to make

intelligent hardware devices and share idle resources of

devices. At the same time, users can obtain various

services such as exchange, function upgrade, value-added

and content of intelligent hardware products from GISC

state partners through GISC token.

• With the increasing number of distributed nodes,

the value of GISC network will become more and more

important, and finally build a blockchain

Intelligent equipment alliance.

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GISC global ecological fund is a blockchain “master

fund” with GISC global ecological investment as the core,

which manages the financial assets in the blockchain field.

Founded in Singapore in 2019, it is mainly engaged in the

ecological construction in the blockchain field with GISC

global system as the core, GISC global ecological

investment, as well as the issuance and management of fund

financial products, media information, blockchain IPO,

equity investment and Tongzheng economic research is the

world's first “master fund” to lay out the whole

industrial chain in the upper, middle and lower reaches of

the blockchain.

GISC global ecological fund focuses on high return

cash flow investment projects, invests around the

construction of GISC ecosystem, and strictly controls the

planned investment projects from the perspective of

business model, underlying assets, founding team, industry

stage, etc.

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Its investment orientation is three major directions:

1. Blockchain projects with high cash flow returns;

2. Focus on the project investment with GISC ecology

as the core, and improve the construction of GISC

ecosystem;

3. Focus on value investment projects of blockchain +

financial industry.

The strategic objectives of the GISC global ecosystem

fund will be divided into two phases:

The first stage: build a blockchain industry IOT

ecological alliance with GISC global as the core;

The second stage: will be committed to building a

decentralized asset circulation network.

In the future, GISC global ecological fund will

continue to incubate digital asset financial ecology. At

the same time, it will continue to incubate digital asset

comprehensive trading platform and other upstream, middle

and downstream whole industry chains to take GISC as the

only economic token of GISC ecology and continue to give

full play to the ecological momentum, build the world's

first digital asset whole industry chain ecosystem, enable

the value circulation of blockchain as well as reshape the

global 5g Internet.

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This document is only used to convey information and

does not constitute an opinion on the sale of GISC. Any

similar proposal or levy will be made under a trustworthy

term and permitted by applicable securities law and other

relevant laws. The above information or analysis does not

constitute an investment decision or specific proposal.

This document does not constitute any investment advice,

intention or solicitation in the form of securities. This

document does not constitute or understand to provide any

trading behavior, any invitation to buy or sell any form

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of securities, nor any form of contract or commitment. GISC

clearly indicates that the interested users clearly

understand the risks of the platform. Once the participants

participate, they will understand and accept the risks of

the project and are willing to bear all the corresponding

results or consequences.

Many digital asset exchanges have been shut down

because of security issues. We attach great importance to

security, but there is no absolute sense of 100% security

in the world, for example, all kinds of losses caused by

force majeure. We promise to do everything possible to

ensure the safety of your transaction. Before participating

in this project, you must carefully read the GISC project

white paper. You should not participate in the GISC project

unless you fully understand all the contents of the project

white paper, the project vision and the risk of failure.