Cell Intelligence Chain (CIC) is a universal biotechnology blockchain platform designed to expedite the distribution and payment process system in the virtual space. CIC has its own virtual CIC Token. Note that CIC is not a traditional virtual Token. It is an entire ecosystem, a robust and fast platform. Wherein it will have sub chains for each of its Plant Stem Cell.
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.
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. 13 CELL INTELLIGENCE PLATFROM | WHITE PAPER (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.
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 subcurrency 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.
More information in the project whitepaper: https://cellintel.io/files/CIC_whitepaper_V4.1.pdf