Integration Of AI And Blockchain - Introduction
A blockchain is a distributed and immutable ledger that permits the instant, shared, and transparent exchange of encrypted data between several parties concurrently during the transaction initiation and completion processes. Using a blockchain network, it is possible to track orders, payments, accounts, production, and much more.
Permitted members gain confidence and trust in their dealings with other businesses, in addition to increased efficiency and opportunities, as a result of their shared understanding of the truth.
Artificial intelligence employs computers, data, and occasionally even physical objects to replicate the capabilities of the human mind in areas such as problem-solving and decision-making. It also incorporates machine learning and deep learning as subfields.
Both rely on AI algorithms that are trained on data in order to provide predictions or classifications, and which gain intelligence as they are used. Among the benefits of artificial intelligence include the automation of repetitive procedures, enhancements to decision-making, and an enhanced consumer experience.
Combining the benefits of blockchain with AI
The digital record that blockchain technology maintains provides insight into the AI's basic structure as well as the provenance of the data it is consuming, so enabling the barrier of explainable AI to be overcome.
Consequently, confidence in data and, by extension, AI-generated recommendations is enhanced. By storing and distributing AI models on the blockchain, an audit trail is generated, and data security is enhanced by merging blockchain technology with AI.
Blockchain-based business networks have access to a new level of knowledge as a result of AI's ability to read, analyze, and correlate data with lightning speed and depth. As a result of blockchain's capacity to enable access to vast quantities of data within and outside the organization, AI can be scaled to provide more relevant insights, manage data consumption and model sharing, and develop a transparent and trustworthy data economy.
AI, automation, and the blockchain may help multiparty business operations by minimizing human stages, saving time, and enhancing precision. Models of artificial intelligence (AI) embedded in smart contracts implemented on a blockchain can recommend the recall of expired goods.
Executing transactions like as re-orders, payments, or stock purchases based on specified criteria and events, settling disputes, and selecting the most ecologically friendly delivery option are a few examples of the responsibilities of an automated system.
With AICP's, this platform's design is unique and its algorithms are ruleless.
These requirements can be applied to the vast majority of existing blockchains. Due to the fact that each blockchain has a unique algorithm, a fork must be utilized in order to update the blockchain. It is essential to keep in mind that AI has several limitations because it was created following human principles.
The AI blockchain cannot be conceived or developed unless the limits of the human model are removed. By adding ruleless algorithms within the AICP framework, you have taken a big step toward overcoming this issue. With the assistance of AICP framework standards and ruleless algorithms, we have achieved the most progress towards establishing the first blockchain with completely autonomous artificial intelligence.
To continue the creation of a blockchain that, unlike existing blockchains, is not constrained by any specific model limitations. AICP is utilizing its unique architecture and ruleless algorithms to design and deploy its intelligent blockchain. A key characteristic of a smart blockchain is its capacity to evaluate network users.
Provide, if necessary, the required algorithm in response to network requirements. AICP smart blockchain originally provides the PoA algorithm in addition to the PoT technique to address scalability difficulties. Based on the PoA algorithm, the AICP blockchain is available to private entities.
You are in the process of building our very own proprietary AI blockchain architecture for the first time. This will enable us to make substantial progress in artificial intelligence and blockchain technologies. With the assistance of the AICP algorithm, the world's first blockchain powered by artificial intelligence is being constructed.
Arbitrary Algorithms
You have begun working on a new definition so that deep learning may be incorporated into the world's first AI blockchain and so that this system can function successfully for the first time. In addition, an algorithm for applying this principle to machine learning is necessary.
For this reason, I introduce the AICP ruleless algorithm as a fresh method to machine learning. On the AI blockchain, AI is able to create a form of deep learning based on ruleless algorithmic learning.
You have abandoned ruleless algorithms and are developing your own framework for blockchain-based artificial intelligence, a first in the field of AI with blockchain technology.
With the assistance of AICPrime's unconstrained algorithm, AICP may develop and launch the first blockchain based on artificial intelligence. The AICP blockchain will make it simpler and less expensive to handle massive volumes of data and make intensive use of the network's resources. The framework will be available to the public.
Data is received, analyzed by ruleless algorithms, categorized using complex modeling, and stored in a complex AI neural network utilizing AICP's exclusive data detection technique. Using an application programming interface (API), AI may instantly access the stored data whenever it is necessary.
Algorithm for PoA and PoT in AICPrime
PoA is a consensus protocol that employs reputable, well-known validators to build network blocks. PoA speeds up BFT transactions. PoA is a type of consensus method adopted by businesses or private groups who desire to construct their own chains without the participation of normal users.
Due to the AICP's AI blockchain's optimized processing power and ruleless algorithms, we can offer solutions that utilize Proof-of-Authority (PoA) to validate the nodes of a public blockchain network on the Metaverse and confirm transactions by referencing the next algorithm.
A layer 1 ecosystem in the AICP blockchain validated node transactions using the PoT algorithm, which mixes a directed acyclic graph data structure with the PoW method. Use of AICP PoT decreases transaction fees while increasing throughput to 200,000 TPS.
The Matrix Metaverse AI of the Layer 1 blockchain ecosystem validates transactions and payments. Matrix AI Metaverse defeats CeFi and DeFi by providing a low-cost, quick, scalable, private, and ubiquitous DAG-based protocol and infrastructure.
$AICP Token Allocation
Token Type : Ethereum, ERC-20
Total Supply : 3,141,592,653 AICP
Decimals: 6
Seed Sale : 7%
Private Sale : 7%
Public Sale : 3%
Marketing : 10%
Liquidity & Staking : 10%
Team : 10%
Conclusion
The purpose of AICP blockchain technology is to deliver a blockchain system that is highly integrated, safe, and scalable. This will be accomplished mostly by implementing the functionality listed above.
AI Chain will become the first public blockchain for artificial intelligence. It will utilize the benefits of artificial intelligence to track and record all user behaviors generated within the platform, giving manufacturers and enterprises access to high-quality data and becoming a key new source of revenue for AI companies.
Additional Information
Website : https://aicprime.com/
Telegram : https://t.me/aicprimechat
Twitter : https://twitter.com/aicprime
Linkedin : https://www.linkedin.com/company/aicprimeco/
Github : https://github.com/aicprime
Medium : https://medium.com/@aicprime
Whitepaper : https://aicprime.com/AICPrimeWhitepaper.pdf
Author
Bitcointalk username : Eldora Gerhold
Bitcointalk profile url : https://bitcointalk.org/index.php?action=profile;u=3424969
BEP-20 wallet address: 0x08Ff625b996B73623344Cf8DfD48e79a8593B1FB