CELL INTELLIGENCE PLATFORMcell still retains the sensitivity and ability to response to external environmental changes and make appropriate changes and responses, this is known as

CELL INTELLIGENCE PLATFORM

WHITE PAPER V4.1

INDEX

Foreword

1. Cell Intelligence

1.1 Microorganisms

1.2 Animal Cells

1.3 Plant Cells

2. Problems in the Development of the Big Health Industry

2.1 Standardization Issues

2.2 Security Issues

2.3 Time and Production Problems

3. Cell Intelligence Platform Module

3.1 Core Technologies: Stem Cell Culture and Research Process

3.2 Confirmation of Cell Intelligence Technology

3.3 Internationally Recognized Academic Authority Evaluation

3.4 Cell Bank Module

3.5 Gene Cipher Module

3.6 Production Base Module

4. Blockchain Advantages and CI Chain

Innovation

4.1 Five Major Advantages

4.2 Four Basic Technologies

4.3 Four Unique Technologies 4.4 The CI Chain Function and

Application

5. CI Chain Technical Framework

5.1 Ecosystem

5.2 Technical Architecture

5.3 CIC Contract

5.4 suBFT 5.5 Multi Consensus on Multi-Zero Ring

Diagram

5.6 Heterogeneous Soil Protocol

5.7 CIC iCode

6. Token Distribution and Planning

6.1 Basic Information of Tokens

6.2 Public Sales

6.3 Token Allocation

6.4 Fund Allocation

6.5 Roadmap

7. About Us

7.1 Business Profile

7.2 Team Profile

7.3 Competitive Advantage

7.4 Vision for the Future

8. Disclaimers

CELL INTELLIGENCE PLATFROM | WHITE PAPER

Foreword

Blockchain technology has become a global trend with the invention of Bitcoin. With the constant innovation and breakthrough of blockchain technology, blockchain is a fascinating piece of technology that has the power to change our world. The revolution of blockchain can be divided into five stages: Blockchain 1.0 (Payment Blockchain, BTC Bitcoin, LTC Litecoin, XRP Ripple) with basic payment functions. Followed by Blockchain 2.0 (Smart contract, with ETH Ethereum, EOS, NEO) with the smart contract function. Blockchain 3.0 owns IoT, called Blockchain of Things - (which stands for IOTA). It eventually became Blockchain 4.0 (called Cross-Chain Function or New Utility Chain) with innovative application capabilities. It has evolved a total of four levels. The Blockchain 4.0 adding new innovative application functions based on Blockchain 1.0, 2.0, and 3.0. Nowadays, Blockchain 4.0 has been developed into digital economics such as media, travel, entertainment, news, games, and social networking. Each new application function may have the potential to change a traditional industry based on the blockchain technology. It can be seen that the blockchain will be the biggest trend after the Internet. In the world’s top 500 companies, the blockchain segment will make the most significant contribution. The value of blockchain application is determined by the innovative technologies and application functions in the blockchain ecosystem. The future of Blockchain is inconceivable if consists of unique patented technology with universal smart contract application that is able to integrate the advantages of other chains to develop new sub-chains. This is the future of Blockchain 5.0, (Unique Tech Blockchain) where the technologies solely not easily imitated. Therefore, they will have long term competitive advantage in the blockchain ecosystem. The technology must surpass blockchain 4.0 in term of functionality to become Blockchain 5.0. It possesses of cross-chain smart contract application and products developed either by telecommunications, biotechnology or chemical engineering. At present, the world’s best companies are developing through this direction, such as Alibaba, Apple, Samsung, Microsoft, etc.

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Below is a summary table of five levels Blockchain according to the application value.

Blockchain Payment function Smart contract

Internet of Things

Innovative application value Unique technology

Basic conditions Total Quantity Compatible smart contracts

Fast (10,000 times per second or

more)

New application features beyond 3.0

Not easy to be imitated or unique technology protected

by patent.

Blockchain 1.0 ★

Blockchain2.0 ★ ★

Blockchain 3.0 ★ ★ ★

Blockchain 4.0 ★ ★ ★ ★

Blockchain 5.0 ★ ★ ★ ★ ★

Cell Intelligence Technology Co. Ltd. (hereafter referred to as CIT) has developed a unique application technology to achieve the blockchain 5.0. It solves the dilemma faced by blockchain industry (refer to the “Dilemma Faced by the Blockchain Industry” in this paper) and develop a cross-chain integration technology. Prior to the CI chain, all chains operated individually and independently, and communication and integration between chains was impossible. The CI chain is the first to break through the cross-chain integration in addition to the application of Blockchain 1.0, 2.0, 3.0 and 4.0. It achieves the application requirements of the blockchain industry. The CI chain has three unique application technologies: 1) Cross-chain integration single-chain technology, 2) Cross-chain integration alliance chain technology, and 3) Universal smart contract technology. These three unique technologies will make the CI chain the first choice for industry developers to use the CI chain to develop new chains. (Refer to the article “5.0 Blockchain Advantage and CI Chain Innovation”). This innovative and unique technology is one of the criteria that makes it Blockchain 5.0. In addition, the second condition for CI chain to become blockchain 5.0 is the cell intelligence technology (refer to this article 1.0 Cell Intelligence Cell Intelligence). Cell Intelligence technology has a new technique for separating the plant stem cells. This technology comprehensively solves various technical issues of the original plant tissue culture (callus culture), and for the first time, a large number of standardized plant cells without mutation homology has been achieved.

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This technology becomes a unique production system besides agricultural cultivation, which receives a large amount of natural active ingredients. This kind of stem cell is different from “transgenic technology”. This technique is as natural for the ecosystem and only separates and uses undifferentiated stem cells. There is absolutely no genetic manipulation throughout the entire production process. Plant stem cell technology in CIT has 72 patents in countries around the world including United States, China, Canada and Japan. Another 18 patents are under application. This technology will help to protect the rarest and most precious plant resources in the country, and at the same time mass production of the most valuable active ingredients in the plant resources will create a lot of wealth for the country. CIT believes that the best solution to human diseases depends on the cell’s genetic code. Therefore, CIT invests in the Cell Intelligence industry and hopes to improve man to face disease and aging by exploring the genetic code in plants. Through the development and utilization of the CI Chain, it will be able to obtain sufficient funds to make greater investments in the Cell Intelligence industry and accelerate the scale and development of the Cell Intelligence industry. Cell Intelligence technology integrates papers and research results published by universities, hospitals, and research institutes to find out the needed active ingredients in plants. These active ingredients can perform mass production via cell intelligence technology. With this technology, we do not need to cut down any tree for the active ingredients. This not only creates enormous commercial value, but also protects the earth.

The Difficulties Faced by the Blockchain Industry

The current blockchain domain has its advantages from Blockchain 1.0 to Blockchain 4.0. 95% of the blockchain projects only provide simple payment functions in the business circle, less than 1% of blockchains have advance application like Blockchain 4.0. However, even if individual blockchains have capable of advance application, they cannot effectively integrate and exchange data with other blockchains. Today, most of the blockchains in the market are independent, and the design of each blockchain ecosystem has not been integrated with other blockchain ecosystems. It is as if every blockchain ecosystem has its own language, but it cannot communicate effectively with other blockchain ecosystems. This is due to most of the current blockchain ecosystem in the market is self-governance, many cross-link applications are missed. CIT designed the world’s first cross-chain integrated blockchain, CI chain. The goal of the CI chain is to allow other high-quality blockchains to exchange data and broadcast, thus to create more application scenarios. The high-quality blockchains in CI chain is like rivers, and the CI chain is the ocean that embraces these rivers. Alternatively, CI chain become a blockchain ecosphere that can communicate with other high-quality blockchain ecosystems. We hope this CI chain become a blockchain platform that can achieve more application scenarios through cross-chain integration. In future, CI chain not only meet the needs of sub-chains that come from all cell intelligence platforms, but also compatible as smart contracts of other chains in the market. This trend allows many smart contract programmers to write smart contracts on the CI chain according to their original programming. The following sections will explain in detail the characteristics and advantages of cell intelligence and CI chain.

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1.0 Cell Intelligence Intelligence is the general term for knowledge and ability. Animals and plants, in the course of millions of years of evolution, have evolved from single-celled organisms to multi-celled organisms. Each animal cell or plant cell still retains the sensitivity and ability to response to external environmental changes and make appropriate changes and responses, this is known as Cell Intelligence. Taking animal cells as an example, when an animal’s cell is infected by an external virus, the virus takes control of the cell, use the genetic material to replicate itself to creates the virus particles and ultimately cause the animal cell to collapse. In plants, when the cell is infected by an external fungal or viral infection, there is no adaptive immune response to the infection. It relies on the innate immunity of each cell. Signals will send from the infected site to all parts of the plant for immunization. For example, produce antibiotics such as antibacterial proteins, enzymes and compounds to inhibit the infection of pathogenic bacteria. China has conducted a general survey on the medicinal resources of traditional Chinese medicine: 87% are medicinal plants, 12% are medicinal animals and 1% are medicinal minerals. How to use Cell Intelligence for human health? It has been a profound knowledge. It has supported a large health industry that includes medicine, health care, beauty at a scale of 8.7 trillion US dollars. (2017 Deloitte Market Research Report) The stem cells in their original state have the potential to differentiate into a variety of mature functional cells. With all the genetic code of animals, plants, or living organism, the cells strongly exhibit cellular intelligence properties.

1.1 Microorganisms The basic structures of bacteria, fungi and unicellular organisms are also cells. Scientists found that bacteria communicate through electronic signals like nerve cells. When a group of bacteria assemble on a surface, a thin and slippery layer of biofilm will form on the cells. Biofilms is a community of microorganisms. They support each other and build a wall to resist external stress while also sharing nutrition. It is very difficult to handle these biofilms with chemicals and antibiotics. Biofilms are ubiquitous and it can be found in the roots of plaque and around the teeth. It is estimated that 80% of bacterial infections in the human body are caused by biofilms. When bacteria fixed on certain surface, it will send electronic signals to form a biofilm and the consortium which make a different kind of external bacteria. The human opportunistic pathogen- Pseudomonas aeruginosa, is the well-known example. Through signal communication, it regulates the formation of biofilm, controls the production of extracellular polysaccharides and the migration and aggregation ability of the population. The aggregation of these bacteria can secrete toxins or proteolytic enzymes, effectively resist the attack of the human immune system and even increase the ability to resist antibiotics, causing the pathogens to proliferate and cause serious infections. A Promoter is a DNA sequence that can turn on or off the performance of its downstream genes. Many bacterial promoters can detect the presence of external factors, which in turn affect the performance of downstream genes; such external factors are commonly found in lactose and tetracycline. Landmines that are buried in the soil for a long time, the internal TNT (Trinitrotoluene) explosive vaporizes into gaseous TNT or decomposes into gaseous DNT (Dinitro toluene). Now scientists have combined the Promoter with the fluorescent protein gene sequence and placed it in bacteria. When this GMO bacteria detects trace amounts of gaseous TNT or DNT in the soil, it will generate fluorescence, which means there are unexploded mines buried there. These intelligent mine-sweeping bacteria has become an efficient mine-sweeping system and has provided great protection and warning effects to the safety of de-miners.

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1.2 Animal Cells The human immune cells and stem cells can strongly exhibit animal Cell Intelligence. When human body is invaded by foreign pathogens, the immune cells in the human body are activated to produce a special protein called “antibody”. Antibodies have the ability to identify the foreign pathogen and integrate abnormal substances in the body, such as cancer cells, infected cells, bacteria and viruses. Scientists will be able to identify the foreign antibody proteins and apply Nano-chemotherapy drugs that can kill cancer cells, creating a “smart bomb” that can specifically track and kill latent cancer cells in the body. This smart bomb is also called a target drug or a monoclonal antibody. In addition, human body contains hundreds of different kinds of cells, which are extremely important to human body. These cells are responsible for heartbeat, brain thought processing, blood filtration of kidneys, regeneration of skin and so on. The unique of human stem cells is to replicate other kinds of cells. When human stem cells divide, they will produce stem cells and other type of cell. As the body’s stem cells mature and deplete with age, scientific community and medical community have to continuously research on supplement of stem cells to achieve the possibility of treatment and health care.

Current study found that after injections of in vitro cultured proliferative exogenous living stem cells into human body, it can detect the information sent by the injured tissue. These proliferate exogenous living stem cells will response and move according the concentration of the distressed information sent by the injured tissue in the body and eventually reach the niche of the tissue, this process called stem cells homing. Through the release of growth factors to activate the endogenous stem cells, it will begin to produce new cells and tissue repair; secrete cytokines, regulate the activity of immune cells of the injured tissue. This is animal cellular intelligence presenting the principle of stem cell therapy.

1.3 Plant Cells

Plants may be the most viable species on the planet. Their living environment include scorching deserts, sub-zero environment of the roof of the world and Arctic tundra subzone. Some dormant plants when under suitable conditions, it will surprisingly regain their vitality. Unlike animals, plants have to respond to the harsh environment because plants are immobile. The plants cell will stimulate and produce cambial meristematic cell (CMC, the active ingredients of plants which are innately undifferentiated, and function as plant stem cells) to eliminate or repair the cells that are damaged by the harsh environments. Therefore, the production of CMC is the best embodiment of plant Cell Intelligence.

Plant stem cells are naturally produced within plants, to enhance the plants to grow and survive in various environments. Unlike animal stem cells, plant stem cells are undifferentiated (also known as Immortal Cells). The plants can therefore be grown for prolonged periods.

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2.0 Problems in the Development of the Big Health Industry

Some plants have short life spans (less than one year), whereas others have life spans that are measured in centuries. Precious medicinal plants normally take longer time to grow. For example, wild ginseng takes decades to reach maturity, a hundred-year-old yew (the bark of three hundred-year-old yew is enough to extract one chemotherapy dose of paclitaxel). It is relatively rare and even increasingly endangered due to high demand for the product in recent year, this become an obstacle to commercialization.

With the development of cities, population density increases drastically. Poor environmental quality directly affects health status, years of healthy life lived, population of aging and metabolic diseases has increased. In order to meet the demand of healthcare industries, it is necessary to cut more natural forest to obtain land to plant medicinal plants. Which in long term will cause the plant Cell Intelligence to disappear. The conservation of plant resources now become major attention of the world yet no solution on it.

2.1 Standardization Issues

The quality of Chinese medicine depends on the efficacy and the establishment of quality standards during the development of the medicine. For most conditions, there are not enough rigorous scientific evidence on the efficiency of Chinese medicine, the qualitative and quantitative analysis of single indicator components fails to reflect its clinical efficacy in a practical and comprehensive manner. In addition, the complex active ingredients of traditional Chinese medicines and undeveloped technology make it more difficult to control the quality during preparation.

Wines of different years, coffee beans from different origins often have variable flavors and qualities. This is because the production of active ingredients of plants is easily conceived by climate, origin, planting method, variety and other factors. Therefore, the composition of phytochemicals from different batches will be greatly different, resulting in standardization and uniformity difficulties. The big batch differences are the largest issue in medicinal plants for pharmaceutical development.

2.2 Security Issues

The concept of “medicine and food homology” thorough Chinese food culture. For most countries, 90% of Chinese medicines were imported from abroad, which 80% of it were from China. The source of Chinese medicine was difficult to control and the commercial herbs were mixed, there are common heavy metals, pesticides, sulfur dioxide, astragalus toxins and other residues exceeded standards. Chinese herbal medicines may affect by natural and human factors during processing and production. Some may grow in the soil contaminated with heavy metals, or industrial polluted environments. Improper handling of medicine herbs during processing, rusting of manufacturing equipment, etc. Resulting in excessive heavy metal content in medicinal herbs.

2.3 Time and Production Problems

The manufacturing process of drugs is limited by the time and yield of plants. For example, paclitaxel. 4 tons of paclitaxel are required each year in the market but the global production is only 350 kg. It means that total of 350,00 to 700,000 hundred-year-old yew trees were to cut to extract paclitaxel from their bark, each gram of paclitaxel needs 1 to 2 hundred-year-old yew trees.

If 4 tons of paclitaxel to be met the demand, at least 4 million to 8 million hundred-year-old yew trees must be cut each year. Therefore, at least 400-800 million of yew tree forests needed for the supply of paclitaxel for the next 100 years.

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3.0 Cell Intelligence Platform Module

The Cell Intelligence Platform takes the plant stem cells as its core technology to create three major plans for cell banking, gene modules and production sites. It is set up to solve the plight of biotech industry. Plant stem cells serve as the origin of plant vitality, they function as a source of new cells to grow or to replace specialized tissues. The most characterized stem cells in plants reside in growing tips and of shoots and roots.

Botanists have been trying to isolate undifferentiated plant stem cells in the past 170 years ago but attempts by various top research institutions including the United States Department of Agriculture (USDA, 1980s-1990s) were failed. Therefore, starting from 1990s, mainstream academics believe that the separation of plant stem cells that satisfies both the conditions of undifferentiated and grow indefinitely is impossible to achieve. The main research direction has also changed to optimization of callus and callus dedifferentiation cells. Because of its inherent limitations, there are only few cases of successful commercialization and these cases are also having obstacle and difficulty to promote. However, in 2010, a technology considered as a breakthrough in plant technology – Cultured cambial meristematic cells as a source of plant natural products published in the leading biotechnology journal NATURE BIOTECHNOLOGY, providing a new way of phytochemical production. This is the first-time people could isolate plant stem cell successfully in the world. This would be a very important milestone in biologic researches, and has great business potentials. Cell Intelligence expects to create a greener, healthier and better future. With the unique stem cell technology, it has preserved the world’s excellent and endangered plant cells via biotechnology. In facts of environmental issues, this technology preserved the forest. Without harming the natural ecological environment and the earth’s resources, we will able to produce more rapid, safer and stable stem cell needed, thereby reducing carbon emissions and contributing to the construction of a greener ecosystem.

3.1 Core Technologies: Stem Cell Culture and Research Process

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1. Stem Cell Separation

- Before the stage of cell isolation, studies on rare and endangered cell and species were conducted

to find out the conditions of quality plant cells to ensure that the stem cells isolated are in good quality.

2. Stem Cell Culture (Solid State Culture)

- After identifying the plant cells quality for the rare and endangered plants, plants cells will be

cut and separate to isolate the stem cell. The isolated stem cells will place in a solid medium and multiplied.

- The composition and environmental conditions of the solid medium will be tested repeatedly so that the stem cells would have the best solid-state cultivation environment.

- The optimum cultivation environment will result in large number of primary cell lines which will facilitates subsequent research and development.

3. Stem Cell Culture (Suspension Culture)

- This is quantitative cultivation of stem cells. - Part of the stem cell line will place in a small tank containing nutrients needed for cell growth,

the airflow provided from the bottom of flask to achieve a suspension culture effect. - Various amount of nutrition and suspension culture environment were tested to achieve

optimum culture conditions. That is, in the shortest time, the most abundance stem cells are produced, and it must be ensure that multiplied stem cells remain their original state.

- Since step 3 is a repeated test step, while proceeding, the cell line of step 2 must in continuous culture to ensure a constant supply of the main cell line.

4. Genome mapping

The successful of stem cells cultivation will produce sufficient amount of stem cells. Sample will be collected to conduct a genome mapping study of the stem cells. This will provide a full set of genetic maps of the rare plants.

5. Compound database

- The next step is the most time consuming and laborious step. While maintaining quantitative

cultivation, a research will conduct to test on some of the stem cells in step 3. - Stem cells are subjected to various culture components and environmental conditions to

identify various known and unknown active ingredients and the effect of stem cells with many combinations of the factors below.

- Test factors include humidity, temperature, different air combinations, sunlight, UV, and air pressure.

- The various components obtained by the test will be compared with the genetic map of Step 4 to better understand the relationship and influence of the genome and active ingredients.

- These compounds will undergo multiple levels of research and investigation. The first is the animal testing; after that will entering the human body test. This is to fully understand the effects and harms of each single ingredient and combination of ingredients on the human body.

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Nature Biotechnology Natural Biotechnology The cover paper in November 2010

“Plant Stem Cells as a Source of Plant Natural Products”


6. Optimized culture

- The sixth step is the final step in laboratory research. According to the data in step 5, the best

environmental conditions and ingredients are simulated in order to produce a perfect product. - The mass production will provide the required antidote for a variety of human or environmental

needs.

7. Industrial Production

- According to the needs of the market, the products will enter industrialization step to produce

the maximum amount of active ingredients at the lowest cost in the shortest time.

Remarks: According to statistics, the number of cancer patients worldwide in 2017 is 14.1 million, this number will reach 24million in 2035. At present, recommended dosage for each cancer patient is 300 ml of ginseng culture solution. The capacity requirement of the anti-cancer market alone is as high as 140,000 tons per month, and it will increase to 240,000 tons per month in 2035. The capacity of existing Korean production bases is up to 25 tons per month, which requires about 10,000 times capacity expansion. This is just a single market demand for capacity expansion, not including the needs of other markets.

8. Finished Product

- The finished products will widely use in anti-cancer health food, anti-AIDS health food, diet

products, reduce eye bags, anti-aging products, anti-hypertension, anti-hyperglycemia and anti- hyperlipidemia products, so that more people can enjoy the benefits of natural plant active ingredients.

3.2 Confirmation of Cell Intelligence Technology

The journal Nature Biotechnology is the world's top academic journal with an influence factor of up to 3908. As the world's top academic journal in the life sciences, it only publishes the latest findings that have a major impact in the life sciences sector. There are usually not more than five botany-related papers published in the academic journal each year.

In the same issue, it also published a review article from the world top scholars on the achievement of cell intelligence research and development team. The author of the review is Professor Susan Robertz of Massachusetts State University, the world's top expert in cell culture in plant tissue. The papers comprehensively review the breakthroughs in plant stem cell platform technology and how to solve some bottlenecks in the prior technology. It has placed a great hope for the limitations of plant stem cell platform technology to solve the problem of mass production of natural products.

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Discovery Channel, the world's largest popular science channel, has produced three documentaries, comprehensively reporting on the breakthroughs in plant stem cell platform technology and its impact on human life. The documentary was broadcast in more than 30 countries in 2011.


3.3 Internationally Recognized Academic Authority Evaluation

Professor Gary Loake from University of Edinburgh is the Chief Professor at Institute of Molecular Biology. The University of Edinburgh is the 16th highest institution in the world. It is the "Holy Land" of the world's biological research and birthplace of the cloned sheep Dolly. Professor Gary Loake speaks after the approach: “This is the world's first successful separation of plant stem cells, which will become a very important milestone in biological research, and it has great potential in business. It is indeed a very cutting-edge research result.” “This has never been successful until now. It is an extremely significant breakthrough in the field of Plant Biotechnology.” from Edinburgh University commented:

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3.4 Cell Bank Development Module

CI Cell Bank is able to clone all the plants. The plants are collected once, it could been supply in long term in the laboratory, and reproduce rare plants. Plant stem cells are the core compound in the storage and operation of plant intelligence in nature. Since the achievement in isolation and cultivation of plant stem cell lines, we are able to conserve stem cells which are significance and valuable to human history like the Xuanyuan cedar (pine) planted by Xuanyuan Emperor, the endangered century-old yew, and the century-old wild ginseng. The stem cells obtain are 100% completely conserve it genetic resources and this will store in the cell bank for future uses.

Unlike seed banks or botanical gardens which are designed to preserve the genetic resources of selected plant species "ethnic groups". Cell Banks are 100% genetically stored for specific, rare plant "individuals". In this way, not only the plant individual can be replicated, it could support the research and development even industrialization of the plant. In the case of 50-year-old wild ginseng, less than 20 roots found in South Korea every year. It is endangered traditional herb. Since it is the rarest and most effective wild ginseng, the market price of each root is 30,000 US dollars. Through the Cell Intelligence Banking platform, stem cells of wild ginseng can be isolated and cultured and stored in cell banks. With this technology, humans do not need to repeatedly collect the endangered 50-year-old wild ginseng, or have to spend 30,000 US dollars to buy a 50-year wild ginseng. With its stem cells, it is possible to clone and regenerate, research and develop on phytochemicals of wild ginseng.

3.5 Gene Cipher Module

The CI Cell Intelligent Gene Cryptography Module can unravel the genes and regulatory mechanisms required for phytochemical synthesis, thus generating a large number of designated phytochemicals. The survival intelligence that plants display when faced with difficult environments is stored in genes and is reflected in phytochemicals. Human beings can study and use these phytochemicals, such as anti-cancer paclitaxel, anti-UV arbutin, anti-aging ginsenoside, anti-oxidant curcumin, etc., However, the instability of the phytochemical content of different batches of plants hinders the progress of human exploration of plant intelligence. People's understanding and application of plant intelligence is still at a very early stage. Just like the English machine BOMBE (password bomb) invented by the British Allen Turing, can be used to unlock the secrets of the German cipher machine ENIGMA; the "cell intelligence code bomb module" built by plant stem cells can unravel the plants’ API fingerprint/Chemical fingerprint. It is sufficient to understand the intelligence potential of the plant through cell culture conditions → gene regulation → production of effective substances. This is because in plant stem cell lines, each cell is derived from the same original cell, it provides a homogeneous sample (each cell has the same genetic resources) for extremely high batch consistency. In addition, the culture environment of plant stem cells, regardless of temperature, humidity, pressure and light, is subject to manual control. Laboratory personnel can easily observe the effects of any changes in culture parameters on the formation of phytochemicals, and understand how the plants respond to external environmental stimuli by changing the amount of gene expression. Through the genetic code module, for the first time, human beings have the opportunity to completely unlock the intelligent secrets of plants that are not dead, drought-resistant and insect-resistant. Stable plant tissue samples allow scientists to systematically analyze active ingredients in medicinal plants and traditional Chinese herbal medicines. Nine new components have been discovered from paclitaxel stem cells, and 25 new components have been found from wild ginseng stem cells.

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3.6 Production Base Module

Batch instability is a congenital defect in plants. When planting on a large scale, it takes a lot of land, time, and manpower. The phytochemicals composition and content of the harvested plants will be affected by climate, soil and environmental pollution during planting. Even follow the GAP (Good Agricultural Practices), planting of medicinal plants still requires a lot of land, time (years, decades or centuries) and manpower, and it takes a lot of money to operate in long term. However, under the control of stable temperature, humidity, pressure, light and other growth environment parameters, plant stem cells can grow stably in a sterile culture environment, reaching a 99.9% batch consistency at pharmaceutical level. In addition, through the information obtained by the Cell Intelligent Production Base, researchers can make each plant stem cell the most efficient phytochemical production plant, producing high-efficiency and high-yield production of specified phytochemicals. Cell Intelligence at the pharmaceutical level leading humans to break through the limitations of time and space. In a very short period of time, Cell Intelligence technology can produce phytochemicals that nature needs to grow for 50 years or even 100 years. At the same time, it can also meet the large amount of land resources needed to grow the plant in a limited production base space.

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4.0 Blockchain Advantages and CI Chain Innovation

In order to meet the funding needed for the development of the Cell Intelligence industry, the Cell Intelligence chain (hereinafter referred to as the CI chain, CIC) was thus created. It is hoped that through the issuance of the CI chain, funds will be obtained to support the development of the Cell Intelligence industry, thus, more high-quality Cell Intelligence related industries will be born. These high-quality related industries will also customize the sub-chains in the CI chain so that the CI chain has more application scenarios and market demands in the future.

4.1 Five Major Advantages

Blockchain as the medium of CI Chain due to five major advantages below: (1) Decentralization: In traditional centralized mode, all the information and data are controlled by an

organization that has absolute control. All records will eventually be accessed on the server of this organization. Only one or certain authorized personnel allowed to control the server. Since the data is unified access from same place, majority of the data is managed by a small number of people, there is risk behind which will lead to data leakage. The blockchain technology uses the decentralization method where all participants in this ecosystem has authority to some or all information of the data. This would significantly reduce the risk of all data being managed in one place.

(2) Transparency: The underlying technology of all blockchains is transparent and open. Developers can

choose to disclose their code in part or in the GITHUB website community, so that programmers around the world can help with review and verification. Another transparency is the movement of blockchains. For example, from one node to another, its movement is transparent and can be searched on the network. Through blockchain technology, consumers can buy and sell things, goods from suppliers to merchants, and shipments to consumers. They can check the public information and the source of the goods purchase from the blockchain at any time.

(3) Anonymity: The blockchain protects the privacy of users. Each account is compressed into a 32-bit

string group by cryptography and combined into the account's public and private keys. The account holder's real name does not need to be disclosed during the transaction. Modification is not obligatory: Every transaction record is distributed to the hands of everyone in this ecosystem. It is distributed to computers all over the world. When someone tries to change the record, they must change the records of several computers at the same time and solve many problems in order to change the data. The difficulty to do it is very high.

(4) Autonomy: All participants in the blockchain ecosystem will work together to maintain the operation

of this blockchain without the need for a central agency to intervene. When the blockchain is written and placed on the Internet, it will automatically operate. As long as there are enough nodes and sufficient resources to execute, everyone can maintain this ecology together.

4.2 Four Basic Technologies

CI chain designed based on following 4 blockchain technologies:

(1) Cryptography: Cryptography is a combination of a set of 32-bit strings. Like a labyrinth, people who

don't know how to go may spend a lot of time to exploring, but people who know will get their things in a very short time.

(2) Distributed Ledger: The distributed ledger is to store the transaction ledger in every computer. This is different from the past where the books are unified. Blockchain doesn't cause all data to be lost because of one of the hosts, because transaction data is stored in every corner of the world.

(3) Consensus Algorithm: There is a protocol or specification agreed upon by everyone in the

distributed ledger, including its security mechanism and reward mechanism.

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(4) Smart Contracts: The function of a smart contract is equivalent to a previous contract. In the past, the contract was based on paper copy, and it was quite time-consuming for both parties to modify the conditions to two. In the blockchain 2.0 era, the platform chain, such as Ethereum, can open countless smart contracts, which are known as sub-chains. As long as the script of the smart contract is written, if the conditions are met, the contract between the two parties will be automatically executed, and no third-party intermediary agency is needed as the intermediary.

4.3 Four Major Technologies

The CI chain is the first blockchain platform to propose universal smart contracts and at the same time become the first to positioned across cross-chain integrations (single-chain and alliance chains) based on these four unique technologies:

1. DAG of Phantom

Optimize existing transaction confirmation time and quantity bottlenecks to achieve more transaction volume and asynchronous transaction confirmation

2. Heterogeneous Soil Protocol

Compatible with the lightning channel under the public chain to optimize the speed of existing Bitcoin and Ethereum transactions. The account information of the alliance chain is updated synchronously. As to complement the transaction speed, chain expansion, and data loading between the alliance chains. With the sub-chain bi-directional data exchange protocol, the sub-chain only needs to comply with the protocol to set up a side chain on the CIC.

3. Compatible Smart Contract Engine The compatible smart contract engine is high flexibility. This smart contract engine can operate on other blockchain systems that can store chain codes.

4. The Self-Evolution Core

iCode smart code allows the chain to self-determine its chain status, achieving dynamic expansion, autonomous network monitoring and intelligent trading

4.4 The CI Chain Function and Application

(1) As Fuel on the sub-chain: A sub-chain or sub-coin can be issued on the CI chain, and the CI chain

can be used as a fee for the transfer of the sub-chain or sub-coin. When a sub-chain or a sub-currency is issued for trading, the CI chain must be used as a fuel to conduct the transaction.

(2) As Fuel for Lightning Payment: Using the lightning payment function of the CI chain wallet when trading in BTC, ETH and other currency transactions, the CI chain is the designated fuel required for the transaction process. Through the lightning payment function of the CI chain wallet, not only the transaction confirmation speed is accelerated, but also the payment of the CI chain as a handling fee can also save a lot of money.

(3) Token Transaction Fees: When using the CI Chain wallet, you can exchange different currencies

through the CI chain wallet. The CI chain will be the handling fee required for the direct exchange of all currencies in the CI chain wallet.

(4) Smart Contracts Production Costs: The CI Chain is compatible with smart contracts in other mainstream chains on the market. By executing a smart contract under the CI Chain, users can use the CI Chain as a smart contract for the production and distribution of smart contracts.

(5) Exchange the Data Results of the AI Alliance Chain Operation: Use CIC to exchange Data calculation results on alliance chains such as AI and IOT, including prediction values of AI calculation power, and calculation models after training.

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Normal Applications: Transaction - Process - Data- Business

solution

Biology Applications: Calculation - Prediction -

Data ming Application Consessus later

API-T API-B

DS-m dCAL-m IOT-m ID-m AI-m Middle layer


5.0 CI Chain Technical Framework

5.1. Ecosystem

The ecosystem of the CI chain consists of three major sectors. The first sector is the sub-chain ecosystem consisting of universal smart contracts under the CI chain. The second sector is a cross-chain ecosystem composed of other high-quality single-chains. The third sector is an alliance chain ecosystem with other platform chains. If the growth rate of an enterprise depends on the speed and capability of integrating resources, the positioning of the CI chain is to become the best resource integration blockchain platform.

5.2 Technical Architecture

CI Chain Architecture Diagram

CIChain Architecture

15

Blockchain

CIChain-Core Moudule later

CIC contract CIC DB suBFT CIC-ICode


The CI Chain is designed to achieve a network based on the evolutionary intelligence of cells. Therefore, the design framework of this chain can evolve itself into its ultimate goal within a chain. Therefore, the chain design is based on the maximum flexibility and self-repair. The core module includes four CIC smart contracts, CIC database, suBFT consensus algorithm and CIC-iCode for CIC self-governance. The rest will not be elaborated here.

5.3 CIC contract

CIC Contract Engine Development Principles:

1. Compatible with existing mainstream development languages 2. Can be used on different chains 3. Friendly interface for easy connection and development 4. Easy development tool environment 5. Turing Completeness (any device or system which in theory can calculate everything assuming

enough memory is available)

6. Self-awareness prediction machine

CIC Contract Engine Development Language

The CIC contract engine will be developed into a high-level language that is compatible with the existing mainstream languages and is smart contracts oriented. The primary languages are javascript, java and python. At present, most languages are designed to be statically typed, support inheritance, link libraries and other complex definitions in other functions.

Basic applications can achieve smart contracts for creating votes, crowdfunding, auctions, multi-signage wallets, etc. It can achieve contractual self-machine learning and evolution in advance with the evolution of the block. The language used for the preliminary design of the CIC smart contract is TOCG, which is a strictly pure functional programming language defined by the CIC. The language is comparable to javascript but unlike javascript, this development language has been deeply improved.

Declarative Data Type

In TOCG, in order to define the data type, we give the name of the type or obscure type, any parameters and an alternative list of constructors - just like in javascript. The choice of each constructors has its parameter type.

Var cic = {cell:”intelligence”}

Declared value

Var cic = 100+200

Smart contract operation

TOCG constructs an important type in the language specific to smart contract calculations: The constructor Comp has a parameter. The simplest way to make a value is to make two calculation constructors successful. This function uses a value of type A (for any choice of A) to obtain the value M and generates a Comp A type of calculation, which represents a smart contract that successfully returns M. Calculation. You can also build a value of type Comp A on a failure basis which means the calculation failed.

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5.4 suBFT

Different from the traditional consensus model, the BFT is different from the previous POS and POW. There is absolutely no problem of delivery. Only the blocks that have passed more than 66% of the nodes or asset verification will be compiled, and such a concept has been verified, and the remaining 34% are unlikely to generate blocks until sufficient evidence has been gathered.

Anode 0

Anode 1

Anode 2

Anode 3

For efficiency reasons, when a new block is to be proposed, a small set of nodes will be randomly selected. The design of the random selection algorithm is very important because it affects the fairness and security of the entire consensus process. A group of MIT researchers including Yossi Gilad, was recently proposed Algorand, which is an effective PoS consensus algorithm based on verifiable random functions (VRFs). VRFs can output publicly reliable data randomly. By using a verification random function, participants can privately check if they were selected for each round of proposals or votes. Then their verification random function data was published as well as group proposals or votes. By using a verification random function, we can improve network efficiency and avoid targeted attacks because selected participants only need to broadcast a message to the network and our consensus will take out the combination of VRFs and PBFT to achieve a suBFT consensus algorithm.

Our suBFT will be selected from the authorized nodes, according to the amount of equity and randomly selected four nodes as shown below Anode0, Anode1, Anode2 and Anode3. The four nodes randomly select the latest block proposed by the speaker. The remaining three votes on this block and the number of votes exceeds 2/3 of the votes were in the block’s revenue chain.

Anode 0 Anode 1 Anode 2 Anode

5.5 Multi Consensus on Multi-Zero Ring Diagram

We combine the Spectre and Phantom consensus to improve the shortcomings of existing multi-directional zero-loop diagrams. Spectre will have block weight comparisons problems in IOTA. A is greater than B, B is greater than C and then C is greater than A. Such a result maybe indistinguishable. Block priority, there is a risk of secondary transactions, so we imported the phantom protocol, added the blue field, increased the weight of the trust region, this will effectively improve the defects of existing multi-directional acyclic diagram.

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Broadcast Block Verify Block Broadcast Vote Count Vote Broadcast New Block & Commit Prew Block

2/3


5.6 Heterogeneous Soil Protocol

This concept originated from the idea that the earth breeds all things in the world. The Heterogeneous Soil Protocol is based on the CIC as grafting bridge that connects alliances, cross-chains and sub-chains, so that all the chain can be linked with the soil-based CIC

CCR is divided into three sub-protocols which is cCCR, aCCR and sCCR respectively. These sub-protocols are used for cross-non-cooperative chain, indirect communication between alliance chain and one-way communication bridge with sub-chains.

Cross-chain cCCR steps:

1. Lock(): Transfer ETH into a cross-chain smart contract and lock ETH 2. Subft check: Consensus confirmation transaction 3. Mint(): Cast ETH-relay in CIC cross-chain contract after consensus confirmation 4. Burn(): ETH-Relay goes into a cross-chain contract and assigns a conversion address to destroy the

token 5. Subft check: The relay node confirms that the destroy token is correct 6. Send (): start the conversion function, transfer the token to be burn when you want to specify the

conversion address

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Ethereum CIC chain

ETH

Lock()

Smart contract

suBFT

Smart contract

send()

ETH-relay

rNode

6

4 suBFT 5

Smart contract

mint()

ETH-relay

3 2

1

rNode rNode

RNode

ETH-relay

burn()

Smart contract

rNode

rNode rNode

RNode


aCCR cross-chain steps:

1. Read: The relay node reads the smart contract content of the affiliate chain 2. Consensus: The node identified the content of its transaction and finally reached a consensus

3. write: Write the transaction content into CIC’s smart contract after reaching consensus

5.7 CIC iCode

The concept of CIC iCode was influenced by our plant stem cell technology in our cell intelligence.

CIC will autonomously evolve like plant stem cells. Plant stem cells secrete effective stress factors under high temperature and high pressure according to stress. adversity. CIC iCode takes this idea as its origin. CIC’s self-evolving core code source will independently learn the human intelligence technology realized by the means of ordinary computer programs. The CI chain has the ability to reason, knowledge, planning, learning, communication, sensing, moving and manipulating objects. The ability of CIC iCode can quickly and autonomously handle all book data without consensus of the nodes. This is the artificial intelligence souls that all nodes connected to. This soul can autonomously determine the status of each node whether the node is in isolation from the judgement node, which can avoid the most basic emergence of dual transactions

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Alliance CIC chain

Cross- contract

Cross- contract consensus

suBFT

RNode

Cross- contract

rNode rNode

rNode

Cross- contract


6.0 Token Distribution and Planning

6.1 Basic Information of Tokens

Token Name

Total Tokens

Token Sales (Marketing Included)

Currency Exchange

CI Coin 5 billion 75% (3.75billion) USDT

6.2 Public sales

Date Stage Price

June 1, 2018 Official pre-sale USD 0.7 + Early Bird Offer

September 1, 2018 A Round USD 0.7

September 8, 2018 B Round USD 0.8

September 15, 2018 C Round USD 0.9

September 22, 2018 ICO Round USD 1.0

October 1, 2018 ICO Round on the secondary market

January 1, 2019 The ABC round or Pre- sale CIC token (ERC20) will be released 0.3% per day from 1st January 2019, after a three- month lock-up period.

6.3 Token Allocation

6.4 Fund Allocation

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75% Token Sales Promotion (Note: Tokens that have not been sold will enter the ecosystem promotion.)

8%

5% 2%

2% Advisory Team (Note: Tokens will be locked for 2 years)

28%

37%

37% Strategic Partners (Product Development, Product Promotion, Roadshow, Media Campaign, Low Level Development)

,[TJ 'RRUIGZOUT

35% Cell Intelligence Industry (Patent Protection, Patent Purchase, Production Base Expansion, Cell Intelligence Development) Note: The company has the right to adjust the allocation of funds according to the needs of the project.

28% CI Chain Global Promotion (Worldwide Promotion of CI Chain)

35%

Founding Team (Note: Tokens will be locked for 2 years) Exchange Promotion 5%

8% 75% Token Allocation

10% Ecosystem Promotion 10%


6.5 RoadMap

Develop Cell Technology Alliance 2018 Q1

2018 Q3 Biotechnology Process Technology Alliance

Internal Presell Jun.~ Sep.

Public Presell Sep. week 1~3 Public sales Sep. week 4

CIC List on Exchange Oct. 1 CIC Beta Chain Online

2018 Q3

2018 Q4 CIC List on Exchange Oct. 1 CIC Beta Chain Online

A-Cross chain protocol Online The ABC round or Pre- sale CIC token (ERC20) will be released

0.3% per day from 1st January 2019, after a three-month lock-up period.

2019 Q1

2019 Q2 S-Cross chain protocol Online

C-Cross chain protocol Online

2019 Q3

2019 Q4 More Smart Contract Compatible

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7. About Us

7.1 Business Profile

Cell Intelligence Technology

Cell Intelligence Technology (hereafter referred to as CIT) is a company that is positioned to develop cell intelligence technology. The parent company of CIT is Grace Generation Group Co. Ltd., which owns Korea Cell Intelligence Technology Co. Ltd., Taiwan Cell Intelligence Technology Co. Ltd., and Singapore Cell Intelligence Technology Pte. Ltd. Among them, Korea CIT is mainly responsible for the expansion of the cellular intelligence production base, while Taiwan CIT is mainly responsible for the development of the underlying technology of CI chain. Singapore CIT is mainly responsible for the legal framework and sales of ICO.

Korea Cell Intelligence Technology Co. Ltd.

Korean production base (real view)

5 litre petri dish (real view)

Nutritional Accommodation Room (real view)

250 liters incubator (real view)

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Taiwan Cell Intelligence Technology Co. Ltd.

Plant Intelligence Product Display Area (real view) Technical team break area (real view)

Blockchain team office area (real view) Blockchain founding technical team (real view)

Singapore Cell Intelligence Technology Pte. LTd.

Office area (real view) Conference Room (real view)

Leisure area window view (real view) Office building exterior (real view)

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7.2 Team Profile

DATUK SERI KEN NG 1

Chief Executive Official, CEO

Graduated from Kentucky State University in the United State. He was awarded the 1996 National Dean’s List by National Graduate School. As an outstanding Chinese entrepreneur, he was awarded the title of Datuk Seri by the Sultan of Pahang, Malaysia. He has a number of corporate groups that span the internet banking, cell intelligence industry and traditional manufacturing industries. The mission of Datuk Seri is to help the Glory Group to achieve the mission of no disease and no poverty in the world.

LIN XIZHE FRANK LIN 2

Chief Marketing Officer

Graduated from the Department of Language Education and has many years of teaching experience. He was worked in the high- tech industry and is responsible in sales management, product development, channel logistics management, market communications (including advertising and promotion), pricing, market research and customer relationship management.

SEDONG SONG 3

Chief Production Officer

Master of Applied Biochemical Engineering from Hanyang University, South Korea and Bachelor of Science in Chemical Engineering from Dankook University, South Korea. He used to be the head of Quality Control Team at Unhwa Corporation, Senior Researcher of Quality Control Team at Oriso Corporation and a researcher of Quality Control Team at Doosan Liquor BG. He specializes in product development (healthcare and beauty products), supervision of quality control system, production management, validation and audit of outsourced production, and issues related to KFDA regulations.

YENY WANG 4

Chief Operating Officer

Graduated from the Business School of National Political University. She worked in the foreign electronic high-tech industry for many years. She is responsible for the development of vendors and quality audits. She specializes in analyzing operating costs, market research, and planning effective scheduling and internal standards to improve operations quality.

JOHNNY LIANG 5

Cell Intelligence Biotechnology Consultant

A small number of experts in the world who have study the animal stem cells, human stem cells and plant stem cells. He has more than 15 years of experience in stem cell basic research, human immune cell therapy and stem cell therapy clinical applications. He is training director for CIT specializes in biotechnology presentation and training.

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JOHN LEE 6

Investment Advisor

Graduated from Brandeis University in Boston, USA with an MBA in International Business. He also a degree holder in Bachelor of Laws. He has nearly 20 years of experience in investment management. He has worked as a risk and investment advisor for international multinational groups such as Asiana Airlines and Frankfurt Star Alliance, also participated in the listing and restructuring of enterprises. He can use various investment analysis methods to assess the investment and profit of the company or projects.

(25)1)./'4 )549;2:/4-

Technical Support Team

Grace Intelligent Blockchain Technology Co. Ltd.

(Taiwan)

Grace Intelligent Blockchain Technology Co. Ltd, established in Taiwan, is the most advanced blockchain development center in Asia Pacific. The center focus on the development of underlying technology of blockchain and has successfully developed a variety of public chain, private chain, hybrid chain, and multi-chain. Leading by former chief architect of Microsoft Technology Center, team members include talents from Taishin Bank, UOB Securities, Citibank, and Yushan Bank. The team leads more than 70 blockchain engineers who is familiar with various consensus algorithms including PoW, PoS, PoA, PoE, PoT, etc. The team is determined to become the leader in the blockchain era. GIBT was awarded the Microsoft highest honor award GOLD CLUB ADWARD. At the same time, it has also developed the world’s first ISO27001 which is encrypted digital asset exchange software. GIBT believes that blockchain can make the world a better place.

Consulting Team

Blockchain Consulting Pte. Ltd. (Singapore)

The company specialized in ICO activities for companies with blockchain underlying application technology. It provides blockchain technology development, maintenance, and cryptocurrency related product services and consultant assistance. It also provides long-term assistance and counseling on blockchain operations and assists companies to legally issue under the legal framework of Singapore. The team also assists companies in designing eco-business models and tailor-made white papers, including assisting companies in development of three phases of PRE-ICO, ICO and POST-ICO. This includes not limited to the design and production of ICO websites, online promotion, marketing models, node airdrop designs, recommend institutional investors, and assist the online transfer of tokens to quality secondary market exchanges.

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7.3 Competitive Advantage

CI chain is the only application chain (Utility Token) that is legally distributed in Singapore, combining the two revolutionary unique technologies of cross-chain integration technology and cell intelligence technology. The CI chain does not compete with other chains, but integrates them to make other platform chains compatible with the CI chain platform. If the world's top blockchain is likened to a river, the CI chain is positioned to be compatible with the oceans of these rivers.

CI chain is the first blockchain platform with cross-chain integration capabilities. The CI chain platform can read the data of any mainstream chain, and can integrate all the respective blockchain applications into one platform. The CI chain is also the first blockchain platform to have a universal smart contract. Programmers of all major platform chains can write their programs to the platform of the CI chain.

A successful blockchain must have a team of excellent technical teams. The top 30 blockchains basically have solid technical innovation capabilities, rather than simply copying and modifying the concept of several parameters. The CI chain technology team has experience in the development of private, public, hybrid and multi-chain. These technical strengths ensure the maintenance and upgrade of the future CI chain ecosystem. At the same time, the CI chain open compatible platform and the unique icode mode will also attract more blockchain programmers to enter the CI chain ecosystem, providing more talent resources for the future development of the CI chain.

The ICO issued without the legal process cannot guarantee the long-term interests of investors. Singapore has a very clear ICO regulation. This make CI chain has the advantage of being issue under the laws of Singapore. Hence, allows the CI chain to grow in a legal environment.

In addition, whether a blockchain ecosystem can eventually develop in a country depends on whether the blockchain is helpful to the government. We believe that cell intelligence technology will be a welcome technology in the future. As long as the local government needs cell intelligence technology, they will use the CI chain to promote the development of cell intelligence technology in the country.

In future, those who have CI chain will get the benefit on it. i.e. from the requirements of the development of new plant stem cells, to the exclusive agent of cell intelligence products, to the purchasing of cell intelligence products. Those who want to become a quasi-agent of the cell intelligence products, or any departments or units that wish to develop the rare plant resources will make CI chain as a priority to promote the cost of cooperation projects.

7.4 Vision for the future

Cell Intelligence Industry

In the future, Cell Intelligence looks forward to becoming the leader of the big health industry. Through cell intelligence technology, it has a place in the big health industry of 870 billion US dollars.

Cell Intelligence hopes to become the preferred source of supply for the plant active ingredients in global pharmaceutical companies. It will provide all pharmaceutical companies with lower prices and more stable quality raw materials.

Cell Intelligence looks forward to become the world’s largest supplier of standardized raw materials for traditional Chinese medicine. Through Cell Intelligence Technology, the traditional Chinese medicine materials are standardized and the prescriptions proven to be effective in the ancient books are perfectly reproduced. Cell Intelligence plans to create a global rehabilitation center for chronic diseases with the highest rate of recovery, increasing the success rate of cancer patients to more than 90%. CIT also plan to build a future Cell Intelligence Bank, which will completely protect the existing 390,000 cell lines in the world. This ensure the species will not disappear due to the destruction of the ecological environment. The founding team is expected to complete the isolation and preservation of at least 54,000 cell lines. It is hope that Cell Intelligence Technology will take place to conserve the precious wild trees being cut down because of its active ingredients.

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The goal of Cell Intelligence is to research and develop the world’s most exotic plants and herbs to achieve mass production in a faster, safer and more economical way. This technology will contribute to prolonging human life, improving health and the quality of life. CIT hope to develop products that every cancer patient can afford at 2035. This will help 90% of patients to overcome cancer.

Remarks: Most of the above projects will be launched through the cooperation mode. The CI chain will become one of the important indicators in the cooperation agreement. For example, a regional agent for cell intelligence anti-cancer beverages requires to pay a certain number of CI chains to obtain regional distributor qualifications for the product. CIT will promote the development and growth of the CI chain ecosystem through the influence of cell intelligence.

Blockchain Industry

CIT hopes to make the CI chain the most powerful platform chain for cross-chain integration capabilities in the world, thereby open the era of blockchain 5.0. At the same time, through the powerful ability of cross-chain integration, the original chains can form a convergence benefit and create more application scenarios. CIT hopes that under the CI chain platform, it can incubate high-quality sub-chain projects, especially for projects that are really helpful to human society. Through the universal smart contract, CIT hopes to make the CI chain the most popular platform chain for all smart contract programmers, so that more high-quality blockchain talents can make significant developments in the CI chain ecosystem. The unique cell intelligence technology may bring positive impact to the development of countries, we hope that the CI chain will become blockchain that welcome by various countries.

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8 DISCLAIMERS

This white paper is only intended to convey the purpose of the information and does not constitute any form of investment advice, investment intention or instructed investment, or any invitation to purchase offer issued by a CI distributor, nor does it constitute any opinion related to such a proposal or invitation. Except as expressly stated in this white paper, the CIT team, its affiliates or partners do not make any value guarantees for the CI chain. CIT clearly indicates that the relevant intended users clearly understand and accept the risks of the project. All participants will accept the CI chain as it is after the launch of the CIT project, regardless of its technology, parameters, performance or function, and willing to bear all the corresponding results or consequences. The information presented in this white paper may not be exhaustive and does not imply any element of contractual relationship. The material in this white paper does not constitutes a professional opinion. The accuracy, reliability, versatility or completeness of any information contained in this white paper and does not assume any legal liability arising therefrom or in connection therewith. All of the content in this white paper is forward-looking, so they are subject to external factors, including innovative technologies, regulatory constraints/currency fluctuations, including but not limited to the market value of cryptocurrencies.

This white paper contains reference data and published data for the industry. The CIT team believes that the data displayed by the industry is accurate, and its estimates and assumptions are reasonable; however, the CIT team does not fully guarantee the accuracy and completeness of the data. According to third-party information, the information usually comes from reliable sources; however, these materials are considered to be reliable, but these data sources from third parties assume that CIT does not independently verify or determine its basis.

CIT has the right to modify the technical parameters of the CI chain, update relevant information, and publish our latest version of the white paper on the official website. The company reserves the right to modify or change this white paper, and the revised version will be posted on the official ICO website.

RISK WARNINGS

Regulatory risks. The regulation of tokens such as the CI Coin is still in a very nascent stage of development in Singapore. A high degree of uncertainty as to how tokens and token-related activities are to be treated exists. The applicable legal and regulatory framework may change subsequent to the date of issuance of this White Paper. Such change may be very rapid and it is not possible to anticipate with any degree of certainty the nature of such regulatory evolution. CIT does not in any way represent that the regulatory status of the CI Coin will remain unaffected by any regulatory changes that arise at any point in time before, during, and after this offering.

No regulatory supervision. None of CIT or its affiliates is currently regulated or subject to the supervision of any regulatory body in Singapore. In particular, CIT and its affiliates are not registered with MAS in Singapore as any type of regulated financial institution or financial advisor and are not subject to the standards imposed upon such persons under the SFA, Financial Advisors Act, and other related regulatory instruments. Such persons are required to comply with a variety of requirements and standards concerning disclosures, reporting, compliance, and conduct of their operations for purposes or maximizing investor protections. Since CIT is not subject to such requirements or standards, it will make decisions on those issues at its own discretion. While CIT will have regard to best practices on these issues, holders of CI Coin will not necessarily enjoy the same extent and degree of investor protections as would be the case should they purchase products or services from regulated entities instead.

Regulation from jurisdictions other than Singapore. The regulatory risks described herein take into consideration Singapore law only. It is anticipated that CI Coin will be sold or resold outside Singapore, which could subject CIT or your CI Coin to non-Singapore legal requirements. These legal requirements may be significant. Non-Singapore regulation could involve the same types of changes and outcomes described above with respect to Singapore regulation, and may negatively affect the value of CI Coin or cause CIT to cease operations.

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No fiduciary duties owed. As CIT is not a regulated financial institution, it does not owe investors in CI Coin any fiduciary duties. This means that CIT has no legal obligation to always act in good faith in the best interests of holders of CI Coin. While CIT will have regard to the interests of holders of CI Coin, it is also permitted to consider the interests of other key stakeholders and to prefer these interests over the interests of CI Coin holders. This may mean that CIT is permitted to make decisions that conflict with, or are not necessarily in, the interests of CI Coin holders. Not owing any fiduciary duties to holders of CI Coin also means that holders of CI Coin may have limited rights of recourse against CIT and its affiliates in the event of disputes.

Tax risks. The tax characterization of CI Coin is unclear. Accordingly, the tax treatment to which they will be subject is uncertain. All persons who wish to purchase CI Coin should seek independent tax advice prior to deciding whether to purchase any CI Coin. CIT does not make any representation as to whether any tax consequences may arise from purchasing or holding CI Coin.

Risks from third parties. The tokenized nature of CI Coins means that they are a blockchain-based asset. The security, transferability, storage, and accessibility of blockchain assets depends on factors outside of CIT’s control, such as the security, stability, and suitability of the underlying blockchain, mining disruptions, and who has access to the private key of any wallet where CI Coins are stored. CIT does not represent or otherwise assure that it can prevent such external factors from having any direct or indirect adverse impact on any of CI Coin. Persons intending to purchase CI Coins should note that adverse events caused by such external factors may results in the loss of some or all CI Coin purchased. Such loss may be irreversible. CIT is not responsible for taking steps to retrieve any CI Coin lost in this manner.

Risks of purchasing CI Coin. CIT cannot and does not guarantee or otherwise assure that there are no risks in relation to your purchase of CI Coin. The purchase of CI Coin may, depending on the manner in which the relevant purchase is affected, involve third parties or external platforms (e.g., wallets). The involvement of such parties or platforms may introduce risks that would not otherwise be present, such as misconduct or fraud by the third party, or your failure to receive any CI Coin upon duly making payment because of a third-party wallet’s incompatibility with CI Coins. CIT is not responsible for any risks arising due to the involvement of third parties, including the risk of not receiving (or subsequently losing) any or all CI Coins you attempt to (or successfully) purchase.

Vulnerability to cyberattacks. Sensitive and/or proprietary information that may be held by CIT or on the CI Chain may be compromised in the event of a cyberattack or other malicious activity. Similarly, the operations of the CI Chain may be interrupted and become temporarily unavailable for use in the event of such an attack or malicious activity. Because users can use a variety of hardware and software that may interface with the CI Chain, there is the risk that the CI Chain may become unavailable or interrupted based on a failure of interoperability or an inability to integrate these third-party systems and devices that CIT does not control. The risk that the CI Chain may face increasing interruptions or additional security vulnerabilities could also adversely affect the CI Chain and, therefore, the future value and utility of your CI Coin.

Vulnerability to mining attacks. As with other decentralized cryptographic tokens based on the Ethereum protocol, your CI Coins are susceptible to attacks by miners in the course of validating the Token transactions on the Ethereum blockchain. Such attacks include double-spend attacks, majority mining power attacks, and selfish-mining attacks, among others. Any successful attack presents a risk to your CI Coins and the CI Chain, including, but not limited to, accurate execution and recording of transactions involving your CI Coins.

Disruption in operations. Technical difficulties may affect CIT or its affiliates. Such disruptions may prevent your access to or use of CI Coins or the CI Chain. While CIT will take all reasonable steps to prevent or mitigate the impact of such disruptions on its provision of services and its operations in general, there can be no guarantee that all such disruptions may be successfully prevented.

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No guarantee of value of CI Coin. There is no guarantee that your CI Coins will hold their value or increase in value. You may lose the entire, or part of the, amount of any payment you made for your CI Coins. If you are financing your purchase of Tokens and the value of your CI Coin decreases, you may be unable to repay the loan used to purchase your CI Coin. Crypto assets such as your CI Coin are a new and relatively untested product. There is considerable uncertainty about their long-term viability, which could be affected by a variety of factors, including market-based factors such as economic growth. In addition, the success of the CI Coin and other types of crypto assets will depend on whether blockchain and other new technologies related to the CI Coin turn out to be useful and economically viable. CIT does not control any of these factors, and therefore may not be able to control the long-term success of your CI Coins as a feature of the CI Chain, or the ability of your CI Coins to maintain their value. CIT provides no guarantee that the amount of CI Coins you purchase will retain their value. You may lose all or some of that value. CIT does not plan to maintain any type of bond or trust account designed to protect holders of your CI Coin. Even if CIT did so, you should be aware that any bond or trust account maintained by CIT for the benefit of its customers may not be sufficient to cover all losses incurred by holders of CI Coins.

Volatility of CI Coin. The volatility and unpredictability of the price of crypto assets (including the CI Coin) relative to other virtual and fiat currencies may result in significant loss over a short period of time. As CI Coins can be purchased with fiat currency, the value of CI Coins may in part be affected by or derived from the continued willingness of market participants to exchange fiat currency for cryptocurrencies. Changes in such currencies relative to each other as well as to fiat currencies may accordingly affect the price and, in turn, the value of CI Coins.

Level of demand for CI Coin not assured or constant. It is possible that there will be minimal to no demand for your CI Coins. In such an event, the short-term and long-term viability of your CI Coins and the CI Chain will be in doubt, and CIT may terminate your CI Coins and cease all operations. Moreover, the crypto asset market is a new and untested market, the characteristics and behavior of which, in the context of domestic and global markets, is not fully understood. The level of demand for CI Coin cannot be accurately predicted or projected.

Use and continued acceptance of CI Coin. Although CI Coin may be accepted as payment at any point in time, there is no assurance that CI Coin will still be accepted as payment (or as a medium of exchange) at any subsequent point in time.

Risks in holding CI Coin. If you store your CI Coins in a hot wallet or certain types of cold wallets, your CI Coin balance will be associated with the public key address of your wallet and, in turn, your private key address. You are responsible for knowing your private key address and keeping it a secret. Because a private key, or a combination of private keys, is necessary to control and dispose of CI Coin stored in your digital wallet or vault, the loss of one or more of your private keys associated with your digital wallet or vault storing CI Coins will result in the loss of your CI Coins. Moreover, any third party that gains access to one or more of your private keys, including by gaining access to login credentials of a hosted wallet service you use, may be able to misappropriate your CI Coin. CIT and its affiliates will never ask you for your private key address, and you should never share this information with someone you do not know and trust.

Reversal of transactions. Transactions of CI Coins may be irreversible. This includes transactions made fraudulently, erroneously, or accidentally. CI Coins involved in such irreversible transactions may not be recoverable. CIT does not anticipate that it will redeem CI Coins from holders of CI Coins for any reason.

Token supply. The supply of CI Coins may decrease for various reasons, including reasons outlined in this section on risk factors. In addition, if a wallet is lost, CI Coins stored therein may not re-enter the overall CI Coin supply. Alternatively, CIT may decide to burn any number of CI Coins. Burning a CI Coin will destroy it and thereby reduce the overall CI Coin supply. The supply of CI Coins may increase should CIT decide, after having issued and distributed the maximum number of CI Coins in its initial token offering, to have one or more token generation events.

Subsequent sale and exchange. CI Coins may be sold on exchanges or directly between parties after the close of the initial token offering for fiat or other cryptocurrencies. However, there is no guarantee that such a secondary market will develop or that mechanisms for such secondary trading will develop or be available at any given time. CIT is not involved in operating these exchanges and is not responsible for encouraging them or any other person to transact in CI Coins. It should additionally be noted that cryptocurrency exchanges may be newly established and subject to little or no regulatory supervision and, as a consequence, more vulnerable to attacks, fraud, or manipulation. Fluctuations in the value ascribed to CI Coins on any cryptocurrency exchange may affect the value of CI Coins on other cryptocurrency exchanges. Regulatory restrictions may apply on the resale of CI Coins, whether under Singapore law or the law of any other jurisdiction.

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No assured use of CI Coins on platforms other than the CI Chain. CI Coins are designed for use on the CI Chain. Although third parties may also build systems that also allow the use of CI Coins, CIT does not anticipate any involvement in those uses of CI Coins and has no responsibility for them. There is no guarantee that any third parties will develop alternative uses of the CI Coin.

No participation in operations. Holding CI Coins does not confer any right or final say in CIT’s management or (ii) how the CI Chain is administered, developed, or governed. As a result, CI Coin holders will not have control over the CI Chain or development, nature, or permitted functions of the CI Coins and may not prevent or prohibit CIT from making decisions that may adversely affect the CI Chain or CI Coins.

Cessation of operations. There is no guarantee that CIT or any of its affiliates will continue as viable companies. The utility and value of CI Coins depend on CIT’s success and support of the CI Chain. If CIT ceases operations and goes out of business, you may lose 100% of the value of your CI Coins.

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CELL INTELLIGENCE PLATFORMcell still retains the sensitivity and ability to response to external environmental changes and make appropriate changes and responses, this is known as