Over the past few years, blockchain technology and decentralized applications have shown great new opportunities for various areas of life and industries. This technology can make a new technological revolution. Every day there are more and more blockchain-projects, decentralized applications and crypto-currencies.
The application of this technology allows creating more transparent, safe and efficient systems. Over time, a number of problems have been identified that hamper the effective development of this technology.
Among these problems is the lack of the ability to scale different blockchain platforms. It turns out that there are difficulties in creating a blockchain-platform for large enterprises and on an industrial scale.
In addition, there arises the problem of applying blockchain technology to the creation of information systems, where variability and support for various business scenarios are required. And one more problem is the lack of the possibility of interaction between individual blockchain-systems. In addition, there is no possibility of information exchange between these systems, and the possibility of transferring funds from one blockchain network to another.
The Seele project team understands these problems well. Developers are trying to build a global ecosystem that will allow them to interact with individual blockchain platforms. They are striving to create a more developed network infrastructure, to provide wider application of blockchain technology.
Features of the project:
Use of new mechanisms of neuro-consensus, which will increase efficiency by 33-40% compared with the algorithm of the Byzantine Agreement.
Development of Heterogeneous Forest (HF) architecture to increase network scalability and support for various scenarios, and to increase security.
Using VTP (Value Transport Protocol) and VHTTP (Value HTTP). This will allow integrating Internet resources to create an infrastructure built using blockchain technology.
Use the QVIC protocol (Quick Value Internet Connection), which will provide the necessary requirements for the network blockchain. In addition, this protocol allows you to handle more connections, provides security and reduces the delay in the transmission of packets that have a large block size.
Main objectives of the project:
ensure the integration of blockchain technology into the business system and ensure their multi-level interaction. Ensure compatibility of resources, calculations and data;
ensure the creation of a powerful platform for fast, safe and free data transfer, calculations within the network;
create mutually beneficial conditions for cooperation between developers, service providers and platform users, allowing them to use an open, transparent, secure and effective blockchain platform.
All this is aimed at creating a Value Internet system. This system offers developers a very flexible system for developing applications, their testing and maintenance.
In addition, it will allow you to choose the most effective options for customer service and the deployment of optimal business systems.
Create a decentralized ecosystem and encourage users who contribute to the development of this ecosystem.
Increase the capabilities of blockchain technology to increase the speed of processing and data transfer, which will reduce costs when creating platforms and applications for business.
Seele project features:
Neuroconsensus algorithm
As practice shows, there are a large number of consensus algorithms, but none of them is able to simultaneously fulfill the three conditions-scalability, safety and efficiency. Each of them is capable of providing two factors out of three. Either provide scalability and security, but do not provide efficiency, or provide efficiency, but do not provide security and scalability, and so on.
This algorithm can solve the problem of asynchronous processing of requests and sorting of data in large-scale systems. It is important to note one of the features of the algorithm of neuro-consensus-linear scalability. As the node grows, productivity increases. The lack of a process of data processing and access to the entire consensus process, the independence of the data makes it possible to apply this algorithm in various areas. For example, finance, management and so on.
The main advantages of the algorithm of neuroconsensus:
Increase the efficiency of the system and the ability to configure for different conditions;
reduction of electricity consumption and financial costs;
reduction of costs for data transmission;
reducing the dependence of the node on the entire network;
providing increased security;
Adaptation and compatibility with various blockchain-platforms.
Architecture Heterogeneous Forest (HF)
Human development took place gradually, from simple to more complex. From the primitive tribe to the great tribes, peoples, cities, countries, and so on. The development of all processes is from simple to complex. The same thing happens with blockchain technology.
Initially there was a single blockchain structure. With the growth of users and the development of technology, a transition to the multiple blockchain structure was proposed. This structure solved the problems of a single structure, but at the moment it has new problems that need to be addressed.
Several parallel circuits usually solve predefined functions and they can not be quickly rebuilt for new needs. In addition, there is the problem of allocating resources for computations and data between parallel circuits.
With the development and growth of the network, various additional side chains can be added to the main chain. Due to their close connection, there may be bandwidth problems.
The Heterogeneous Forest architecture will allow the integration of several daughter networks into the main network. Also, this architecture allows for the hierarchy to distribute Internet resources. This architecture is divided into several levels in the hierarchy. It turns out that each network can work independently of another network within a certain blockchain-system.
In order to encourage people to join the network, the developers of the project decided to create their own token. It will be designed to reward participants who will support the network and to pay for commission fees for transactions.
Conclusion:
The project developers set challenging goals and strive to create a new generation ecosystem for the development of blockchain technology. The project team consists of highly qualified professionals who have extensive experience in various industries and spheres. If the project team can realize its plans, then this project is really capable of improving blockchain technology in all parameters.Website: https://seele.pro/
Whitepaper: https://s3.ap-northeast-2.amazonaws.com/wp.s3.seele.pro/Seele_tech_whitepaper_EN_v2.0.pdf
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