PCN Structure&Portals

🟢 Subsequently, participants could enter through the city node gateway, without any substantial cost.

➡️ All the applications deployed on each city node would share server resources.

➡️ In the case of high-frequency applications, city nodes could ensure automatic and intelligent allocation of individual peer nodes with high processing function.

➡️ In the case of low-frequency applications, Blockchain Service Network or BSN can enable multiple applications to share single peer node.

🇨🇳 BSN

🔵 One could also perceive BSN blockchain as an information infrastructure.

‼️ The basic notion underlying BSN refers to the sharing of resources offered by public facilities developed by the city.

🕯 Subsequently, the sharing of resources would lower the social costs.

❗️ Blockchain application participants and publishers don’t have to purchase other additional physical servers or cloud services for building their own blockchain operating environment with BSN.

🏹 On the other hand, publishers and participants could use the uniform public services offered by BSN alongside the facility of leasing shared resources according to their requirements.

🪙 Therefore, the blockchain
application publisher as well as the participants can achieve considerable cost reduction with China BSN Blockchain.

🪙 The cost-effectiveness factor of BSN is clearly evident in the lower annual costs for developing traditional consortium blockchain network environment.

🇨🇳 BSN

Key Components in BSN Architecture
⬇️
BSN Blockchain is able to achieve such functionalities with the help of the components in its architecture.

Here is an overview of the key components in the core architecture of BSN.
⬇️
▪ Public City Nodes
Public city nodes serve as one of the fundamental operational aspects in the Blockchain Service Network.

⭐️ The primary function of public city nodes basically refers to facility of system resources, including access control, computing abilities for blockchain applications, data storage and transaction processing.

👍 Cloud resource or data center providers have ownership of each city node.

👍 The owners install public city node software in the cloud resources.

👍 After linking to the network, owners could develop a city node in the Blockchain Service Network or BSN.

👍 After the creation of a node, the application publisher could search for the desired node in the portal.

👍 The application publisher can also purchase the node’s resources as one of the city nodes involved in the application’s deployment.

👍 Owners could add system resources at any time for increasing load capacity of city node.

📈 Depending on the quantity and subsequent need of operational applications, all city nodes could actively deploy desired peer nodes.

📈 Furthermore, a load-balancing mechanism helps in allocating high-performance peer nodes to high-concurrency applications.

🕓 At the same time, other low-concurrency applications could share a single peer node.

📈 The advantage of such a mechanism enables the use of city node resources with maximum efficiency. The mechanism also reduces the overall running costs associated with the Blockchain Service Network.

✅ In terms of principles, the BSN Blockchain is a multi-ledger, multi-ledger system.

😮 All applications deployed on specific number of city nodes use dedicated channel for processing transactions, storage and data communication.

👑 The complete isolation of channels allows considerable levels of privacy.

🇨🇳 BSN

Consensus Order Cluster Services

✔️ All the conventional federated blockchain applications need to deploy and maintain individual consensus order node.

🌐 The consensus order node helps in finding the order of delivery of a transaction that has reached consensus to each peer node and written permanently in the ledger.

🌐 The consensus order node is an important component in the BSN Blockchain in its role as data processing hub of an application.

🕯 BSN consensus order cluster services offers higher performance and concurrency for lowering the cost of operations and deploying blockchain applications.

📈 This node uses algorithms to offer all these features in a fairer way.

🆎 The consensus order cluster services can adapt effectively to gradual rise in the capacity of BSN for business development.

🌐 The consensus order cluster services could also adapt to the growth in concurrent transaction capacity in BSN.

🇨🇳 BSN

Permission Management Chain

🤎 The permission management chain is also a significant component in the BSN blockchain.

🏆 It is actually a fundamental, system-level chain that helps in managing relationship between role and permissions configuration of every application.

❕ Deploying the permission management chain in each city node offers a permission management mechanism for all applications.

💎 The permission management mechanism is uniformly stored on the chain.

⭐️ In addition, it also leverages application-role-based control and comes under powerful control of developer.

✨ Applications could define different classifications of application-role-based control management model according to the business characteristics.

🔼 As a result, the different role participants could have distinct privileges for data processing.

⚡️ The system can ensure implementation of data processing permission control and audits on the basis of internal ARBAC model of the application.

📌 The permission management chain in BSN Blockchain offers the consortium mode and centralized authority mode for organized management.

🛡 Stakeholder organizations in an application could participate jointly in the management of the application such as user access and cancellation privileges in the consortium management mode.


▶️ The vote and resolution of consortium members is essential for tailoring mechanisms for allocation of participant privileges and rights.

➕ The centralized management mode recognizes the application publisher as the sole administrative organization.

🔒 The application publisher has to determine all the internal application mechanisms in the centralized management mode.

🇨🇳 BSN

⌨️⌨️⌨️⌨️⌨️ ⌨️⌨️⌨️⌨️⌨️❓

📢 On a concluding note, it is clear that the BSN Blockchain is a promising improvement over existing blockchain technology.

⚡️ Someday or the other, blockchain had to evolve into a simpler, accessible and cost-effective variant.

✅ BSN has come up with answers to some of the notable concerns with conventional blockchain cloud services.

👍 The improvements in BSN are primarily focused on sharing of resources to achieve cost reduction without sacrificing security and performance.

🎄 In addition, the flexibility of BSN will also serve as one of its prominent benefits.

🔈 Within a year of its launch, BSN has entered into partnerships with notable names in the world of blockchain.

🇨🇳 BSN

🔣🔠🔠🔠🔣
⬇️⬇️⬇️⬇️⬇️
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⌨️⌨️⌨️⌨️⌨️⌨️⌨️ ⌨️⌨️⌨️⌨️⌨️⌨️❓

👍 I am glad that I have the opportunity to introduce one of the most promising blockchains in the stellar network, please read carefully by clicking on the links below.

BSN Introduction
BSN Long-Term Vision
BSN Infrastructure
BSN Origins
BSN Evolution
BSN DEFINING
BSN Public City Nodes
BSN Portals&BCN Structure
BSN Value Proposition
BSN NOC Platform
BSN Partners
BSN Order Cluster Services
BSN Key Numbers
BSN&Cloud Services
BSN Management Chain
BSN Final Words

🔥 Grand strategy to lead the digital transformation of the world economy.

🔠🔠🔠🔠🔠 🔠🔠🔠🔠🔣

➡️Asset name : BSN
➡️Asset Price : 0.1 XLM
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⬇️ ⬇️
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🇨🇳 (BSN) Blockchain-based Service Network