Hyperchain Solution

CCE CCE

  • Function Release Records
  • Common Tools
    • Command Line Scenario Examples
  • API Reference
    • Overview
    • Common Headers and Error Responses
    • General Description
  • Product Announcement
    • Announcement on the Discontinuation of CCE Standalone Clusters
    • CCE New Cluster Management Release Announcement
    • Upgrade Announcement for CCE Cluster Audit Component kube-external-auditor
    • CCE Console Upgrade Announcement
    • Announcement on Management Fees for CCE Managed Clusters
    • Container Runtime Version Release Notes
    • Announcement on the Decommissioning of CCE Image Repository
    • Kubernetes Version Release Notes
      • CCE Release of Kubernetes v1_26 History
      • CCE Kubernetes Version Update Notes
      • CCE Release of Kubernetes v1_24 History
      • CCE Release of Kubernetes v1_30 History
      • CCE Release of Kubernetes v1_22 History
      • CCE Release of Kubernetes v1_18 History
      • CCE Release of Kubernetes v1_20 History
      • CCE Release of Kubernetes v1_28 History
      • Release Notes for CCE Kubernetes 1_31 Version
      • Kubernetes Version Overview and Mechanism
    • Security Vulnerability Fix Announcement
      • Vulnerability CVE-2019-5736 Fix Announcement
      • Vulnerability CVE-2021-30465 Fix Announcement
      • CVE-2025-1097, CVE-2025-1098, and Other Vulnerabilities Fix Announcement
      • CVE-2020-14386 Vulnerability Fix Announcement
      • Impact Statement on runc Security Issue (CVE-2024-21626)
  • Service Level Agreement (SLA)
    • CCE Service Level Agreement SLA (V1_0)
  • Typical Practices
    • Pod Anomaly Troubleshooting
    • Adding CGroup V2 Node
    • Common Linux System Configuration Parameters Description
    • Encrypting etcd Data Using KMS
    • Configuring Container Network Parameters Using CNI
    • CCE - Public Network Access Practice
    • Practice of using private images in CCE clusters
    • Unified Access for Virtual Machines and Container Services via CCE Ingress
    • User Guide for Custom CNI Plugins
    • CCE Cluster Network Description and Planning
    • Cross-Cloud Application Migration to Baidu CCE Using Velero
    • CCE Resource Recommender User Documentation
    • Continuous Deployment with Jenkins in CCE Cluster
    • CCE Best Practice-Guestbook Setup
    • CCE Best Practice-Container Network Mode Selection
    • CCE Usage Checklist
    • VPC-ENI Mode Cluster Public Network Access Practice
    • CCE Container Runtime Selection
    • Cloud-native AI
      • Elastic and Fault-Tolerant Training Using CCE AITraining Operator
      • Deploy the TensorFlow Serving inference service
      • Best Practice for GPU Virtualization with Optimal Isolation
  • FAQs
    • How do business applications use load balancer
    • Using kubectl on Windows
    • Cluster management FAQs
    • Common Questions Overview
    • Auto scaling FAQs
    • Create a simple service via kubectl
  • Operation guide
    • Prerequisites for use
    • Identity and access management
    • Permission Management
      • Configure IAM Tag Permission Policy
      • Permission Overview
      • Configure IAM Custom Permission Policy
      • Configure Predefined RBAC Permission Policy
      • Configure IAM Predefined Permission Policy
      • Configure Cluster OIDC Authentication
    • Configuration Management
      • Configmap Management
      • Secret Management
    • Traffic access
      • BLB ingress annotation description
      • Use K8S_Service via CCE
      • Use K8S_Ingress via CCE
      • Implement Canary Release with CCE Based on Nginx-Ingress
      • Create CCE_Ingress via YAML
      • LoadBalancer Service Annotation Description
      • Service Reuses Existing Load Balancer BLB
      • Use Direct Pod Mode LoadBalancer Service
      • NGINX Ingress Configuration Reference
      • Create LoadBalancer_Service via YAML
      • Use NGINX Ingress
    • Virtual Node
      • Configuring BCIPod
      • Configuring bci-profile
      • Managing virtual nodes
    • Node management
      • Add a node
      • Managing Taints
      • Setting Node Blocking
      • Setting GPU Memory Sharing
      • Remove a node
      • Customizing Kubelet Parameters
      • Kubelet Container Monitor Read-Only Port Risk Warning
      • Managing Node Tag
      • Drain node
    • Component Management
      • CCE CSI CDS Plugin Description
      • CCE Fluid Description
      • CCE CSI PFS L2 Plugin
      • CCE Calico Felix Description
      • CCE Ingress Controller Description
      • CCE QoS Agent Description
      • CCE GPU Manager Description
      • CCE Ingress NGINX Controller Description
      • CCE P2P Accelerator Description
      • CCE Virtual Kubelet Component
      • CoreDNS Description
      • CCE Log Operator Description
      • CCE Node Remedier Description
      • CCE Descheduler Description
      • CCE Dynamic Scheduling Plugin Description
      • Kube Scheduler Documentation
      • CCE NPU Manager Description
      • CCE CronHPA Controller Description
      • CCE LB Controller Description
      • Kube ApiServer Description
      • CCE Backup Controller Description
      • CCE Network Plugin Description
      • CCE CSI PFS Plugin Description
      • CCE Credential Controller Description
      • CCE Deep Learning Frameworks Operator Description
      • Component Overview
      • CCE Image Accelerate Description
      • CCE CSI BOS Plugin Description
      • CCE Onepilot Description
      • Description of Kube Controller Manager
      • CCE_Hybrid_Manager Description
      • CCE NodeLocal DNSCache Description
      • CCE Node Problem Detector Description
      • CCE Ascend Mindx DL Description
      • CCE RDMA Device Plugin Description
      • CCE AI Job Scheduler Description
    • Image registry
      • Image Registry Basic Operations
      • Using Container Image to Build Services
    • Helm Management
      • Helm Template
      • Helm Instance
    • Cluster management
      • Upgrade Cluster Kubernetes Version
      • CCE Node CDS Dilatation
      • Managed Cluster Usage Instructions
      • Create cluster
      • CCE Supports GPUSharing Cluster
      • View Cluster
      • Connect to Cluster via kubectl
      • CCE Security Group
      • CCE Node Resource Reservation Instructions
      • Operate Cluster
      • Cluster Snapshot
    • Serverless Cluster
      • Product overview
      • Using Service in Serverless Cluster
      • Creating a Serverless Cluster
    • Storage Management
      • Using Cloud File System
      • Overview
      • Using Parallel File System PFS
      • Using RapidFS
      • Using Object Storage BOS
      • Using Parallel File System PFS L2
      • Using Local Storage
      • Using Cloud Disk CDS
    • Inspection and Diagnosis
      • Cluster Inspection
      • GPU Runtime Environment Check
      • Fault Diagnosis
    • Cloud-native AI
      • Cloud-Native AI Overview
      • AI Monitoring Dashboard
        • Connecting to a Prometheus Instance and Starting a Job
        • NVIDIA Chip Resource Observation
          • AI Job Scheduler component
          • GPU node resources
          • GPU workload resources
          • GPUManager component
          • GPU resource pool overview
        • Ascend Chip Resource Observation
          • Ascend resource pool overview
          • Ascend node resource
          • Ascend workload resource
      • Task Management
        • View Task Information
        • Create TensorFlow Task
        • Example of RDMA Distributed Training Based on NCCL
        • Create PaddlePaddle Task
        • Create AI Training Task
        • Delete task
        • Create PyTorch Task
        • Create Mxnet Task
      • Queue Management
        • Modify Queue
        • Create Queue
        • Usage Instructions for Logical Queues and Physical Queues
        • Queue deletion
      • Dataset Management
        • Create Dataset
        • Delete dataset
        • View Dataset
        • Operate Dataset
      • AI Acceleration Kit
        • AIAK Introduction
        • Using AIAK-Training PyTorch Edition
        • Deploying Distributed Training Tasks Using AIAK-Training
        • Accelerating Inference Business Using AIAK-Inference
      • GPU Virtualization
        • GPU Exclusive and Shared Usage Instructions
        • Image Build Precautions in Shared GPU Scenarios
        • Instructions for Multi-GPU Usage in Single-GPU Containers
        • GPU Virtualization Adaptation Table
        • GPU Online and Offline Mixed Usage Instructions
        • MPS Best Practices & Precautions
        • Precautions for Disabling Node Video Memory Sharing
    • Elastic Scaling
      • Container Timing Horizontal Scaling (CronHPA)
      • Container Horizontal Scaling (HPA)
      • Implementing Second-Level Elastic Scaling with cce-autoscaling-placeholder
      • CCE Cluster Node Auto-Scaling
    • Network Management
      • How to Continue Dilatation When Container Network Segment Space Is Exhausted (VPC-ENI Mode)
      • Container Access to External Services in CCE Clusters
      • CCE supports dual-stack networks of IPv4 and IPv6
      • Using NetworkPolicy Network Policy
      • Traffic Forwarding Configuration for Containers in Peering Connections Scenarios
      • CCE IP Masquerade Agent User Guide
      • Creating VPC-ENI Mode Cluster
      • How to Continue Dilatation When Container Network Segment Space Is Exhausted (VPC Network Mode)
      • Using NetworkPolicy in CCE Clusters
      • Network Orchestration
        • Container Network QoS Management
        • VPC-ENI Specified Subnet IP Allocation (Container Network v2)
        • Cluster Pod Subnet Topology Distribution (Container Network v2)
      • Network Connectivity
        • Container network accesses the public network via NAT gateway
      • Network Maintenance
        • Common Error Code Table for CCE Container Network
      • DNS
        • CoreDNS Component Manual Dilatation Guide
        • DNS Troubleshooting Guide
        • DNS Principle Overview
    • Namespace Management
      • Set Limit Range
      • Set Resource Quota
      • Basic Namespace Operations
    • Workload
      • CronJob Management
      • Set Workload Auto-Scaling
      • Deployment Management
      • Job Management
      • View the Pod
      • StatefulSet Management
      • Password-Free Pull of Container Image
      • Create Workload Using Private Image
      • DaemonSet Management
    • Monitor Logs
      • Monitor Cluster with Prometheus
      • CCE Event Center
      • Cluster Service Profiling
      • CCE Cluster Anomaly Event Alerts
      • Java Application Monitor
      • Cluster Audit Dashboard
      • Logging
      • Cluster Audit
      • Log Center
        • Configure Collection Rules Using CRD
        • View Cluster Control Plane Logs
        • View Business Logs
        • Log Overview
        • Configure Collection Rules in Cloud Container Engine Console
    • Application management
      • Overview
      • Secret
      • Configuration dictionary
      • Deployment
      • Service
      • Pod
    • NodeGroup Management
      • NodeGroup Management
      • NodeGroup Node Fault Detection and Self-Healing
      • Configuring Scaling Policies
      • NodeGroup Introduction
      • Adding Existing External Nodes
      • Custom NodeGroup Kubelet Configuration
      • Adding Alternative Models
      • Dilatation NodeGroup
    • Backup Center
      • Restore Management
      • Backup Overview
      • Backup Management
      • Backup repository
  • Quick Start
    • Quick Deployment of Nginx Application
    • CCE Container Engine Usage Process Overview
  • Product pricing
    • Product pricing
  • Product Description
    • Application scenarios
    • Introduction
    • Usage restrictions
    • Features
    • Advantages
    • Core concepts
  • Solution-Fabric
    • Fabric Solution
  • Development Guide
    • EFK Log Collection System Deployment Guide
    • Using Network Policy in CCE Cluster
    • Creating a LoadBalancer-Type Service
    • Prometheus Monitoring System Deployment Guide
    • kubectl Management Configuration
  • API_V2 Reference
    • Overview
    • Common Headers and Error Responses
    • Cluster Related Interfaces
    • Instance Related Interfaces
    • Service domain
    • General Description
    • Kubeconfig Related Interfaces
    • RBAC Related Interfaces
    • Autoscaler Related Interfaces
    • Network Related Interfaces
    • InstanceGroup Related Interfaces
    • Appendix
    • Component management-related APIs
    • Package adaptation-related APIs
    • Task Related Interfaces
  • Solution-Xchain
    • Hyperchain Solution
  • SDK
    • Go-SDK
      • Overview
      • NodeGroup Management
      • Initialization
      • Install the SDK Package
      • Cluster management
      • Node management
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CCE CCE

  • Function Release Records
  • Common Tools
    • Command Line Scenario Examples
  • API Reference
    • Overview
    • Common Headers and Error Responses
    • General Description
  • Product Announcement
    • Announcement on the Discontinuation of CCE Standalone Clusters
    • CCE New Cluster Management Release Announcement
    • Upgrade Announcement for CCE Cluster Audit Component kube-external-auditor
    • CCE Console Upgrade Announcement
    • Announcement on Management Fees for CCE Managed Clusters
    • Container Runtime Version Release Notes
    • Announcement on the Decommissioning of CCE Image Repository
    • Kubernetes Version Release Notes
      • CCE Release of Kubernetes v1_26 History
      • CCE Kubernetes Version Update Notes
      • CCE Release of Kubernetes v1_24 History
      • CCE Release of Kubernetes v1_30 History
      • CCE Release of Kubernetes v1_22 History
      • CCE Release of Kubernetes v1_18 History
      • CCE Release of Kubernetes v1_20 History
      • CCE Release of Kubernetes v1_28 History
      • Release Notes for CCE Kubernetes 1_31 Version
      • Kubernetes Version Overview and Mechanism
    • Security Vulnerability Fix Announcement
      • Vulnerability CVE-2019-5736 Fix Announcement
      • Vulnerability CVE-2021-30465 Fix Announcement
      • CVE-2025-1097, CVE-2025-1098, and Other Vulnerabilities Fix Announcement
      • CVE-2020-14386 Vulnerability Fix Announcement
      • Impact Statement on runc Security Issue (CVE-2024-21626)
  • Service Level Agreement (SLA)
    • CCE Service Level Agreement SLA (V1_0)
  • Typical Practices
    • Pod Anomaly Troubleshooting
    • Adding CGroup V2 Node
    • Common Linux System Configuration Parameters Description
    • Encrypting etcd Data Using KMS
    • Configuring Container Network Parameters Using CNI
    • CCE - Public Network Access Practice
    • Practice of using private images in CCE clusters
    • Unified Access for Virtual Machines and Container Services via CCE Ingress
    • User Guide for Custom CNI Plugins
    • CCE Cluster Network Description and Planning
    • Cross-Cloud Application Migration to Baidu CCE Using Velero
    • CCE Resource Recommender User Documentation
    • Continuous Deployment with Jenkins in CCE Cluster
    • CCE Best Practice-Guestbook Setup
    • CCE Best Practice-Container Network Mode Selection
    • CCE Usage Checklist
    • VPC-ENI Mode Cluster Public Network Access Practice
    • CCE Container Runtime Selection
    • Cloud-native AI
      • Elastic and Fault-Tolerant Training Using CCE AITraining Operator
      • Deploy the TensorFlow Serving inference service
      • Best Practice for GPU Virtualization with Optimal Isolation
  • FAQs
    • How do business applications use load balancer
    • Using kubectl on Windows
    • Cluster management FAQs
    • Common Questions Overview
    • Auto scaling FAQs
    • Create a simple service via kubectl
  • Operation guide
    • Prerequisites for use
    • Identity and access management
    • Permission Management
      • Configure IAM Tag Permission Policy
      • Permission Overview
      • Configure IAM Custom Permission Policy
      • Configure Predefined RBAC Permission Policy
      • Configure IAM Predefined Permission Policy
      • Configure Cluster OIDC Authentication
    • Configuration Management
      • Configmap Management
      • Secret Management
    • Traffic access
      • BLB ingress annotation description
      • Use K8S_Service via CCE
      • Use K8S_Ingress via CCE
      • Implement Canary Release with CCE Based on Nginx-Ingress
      • Create CCE_Ingress via YAML
      • LoadBalancer Service Annotation Description
      • Service Reuses Existing Load Balancer BLB
      • Use Direct Pod Mode LoadBalancer Service
      • NGINX Ingress Configuration Reference
      • Create LoadBalancer_Service via YAML
      • Use NGINX Ingress
    • Virtual Node
      • Configuring BCIPod
      • Configuring bci-profile
      • Managing virtual nodes
    • Node management
      • Add a node
      • Managing Taints
      • Setting Node Blocking
      • Setting GPU Memory Sharing
      • Remove a node
      • Customizing Kubelet Parameters
      • Kubelet Container Monitor Read-Only Port Risk Warning
      • Managing Node Tag
      • Drain node
    • Component Management
      • CCE CSI CDS Plugin Description
      • CCE Fluid Description
      • CCE CSI PFS L2 Plugin
      • CCE Calico Felix Description
      • CCE Ingress Controller Description
      • CCE QoS Agent Description
      • CCE GPU Manager Description
      • CCE Ingress NGINX Controller Description
      • CCE P2P Accelerator Description
      • CCE Virtual Kubelet Component
      • CoreDNS Description
      • CCE Log Operator Description
      • CCE Node Remedier Description
      • CCE Descheduler Description
      • CCE Dynamic Scheduling Plugin Description
      • Kube Scheduler Documentation
      • CCE NPU Manager Description
      • CCE CronHPA Controller Description
      • CCE LB Controller Description
      • Kube ApiServer Description
      • CCE Backup Controller Description
      • CCE Network Plugin Description
      • CCE CSI PFS Plugin Description
      • CCE Credential Controller Description
      • CCE Deep Learning Frameworks Operator Description
      • Component Overview
      • CCE Image Accelerate Description
      • CCE CSI BOS Plugin Description
      • CCE Onepilot Description
      • Description of Kube Controller Manager
      • CCE_Hybrid_Manager Description
      • CCE NodeLocal DNSCache Description
      • CCE Node Problem Detector Description
      • CCE Ascend Mindx DL Description
      • CCE RDMA Device Plugin Description
      • CCE AI Job Scheduler Description
    • Image registry
      • Image Registry Basic Operations
      • Using Container Image to Build Services
    • Helm Management
      • Helm Template
      • Helm Instance
    • Cluster management
      • Upgrade Cluster Kubernetes Version
      • CCE Node CDS Dilatation
      • Managed Cluster Usage Instructions
      • Create cluster
      • CCE Supports GPUSharing Cluster
      • View Cluster
      • Connect to Cluster via kubectl
      • CCE Security Group
      • CCE Node Resource Reservation Instructions
      • Operate Cluster
      • Cluster Snapshot
    • Serverless Cluster
      • Product overview
      • Using Service in Serverless Cluster
      • Creating a Serverless Cluster
    • Storage Management
      • Using Cloud File System
      • Overview
      • Using Parallel File System PFS
      • Using RapidFS
      • Using Object Storage BOS
      • Using Parallel File System PFS L2
      • Using Local Storage
      • Using Cloud Disk CDS
    • Inspection and Diagnosis
      • Cluster Inspection
      • GPU Runtime Environment Check
      • Fault Diagnosis
    • Cloud-native AI
      • Cloud-Native AI Overview
      • AI Monitoring Dashboard
        • Connecting to a Prometheus Instance and Starting a Job
        • NVIDIA Chip Resource Observation
          • AI Job Scheduler component
          • GPU node resources
          • GPU workload resources
          • GPUManager component
          • GPU resource pool overview
        • Ascend Chip Resource Observation
          • Ascend resource pool overview
          • Ascend node resource
          • Ascend workload resource
      • Task Management
        • View Task Information
        • Create TensorFlow Task
        • Example of RDMA Distributed Training Based on NCCL
        • Create PaddlePaddle Task
        • Create AI Training Task
        • Delete task
        • Create PyTorch Task
        • Create Mxnet Task
      • Queue Management
        • Modify Queue
        • Create Queue
        • Usage Instructions for Logical Queues and Physical Queues
        • Queue deletion
      • Dataset Management
        • Create Dataset
        • Delete dataset
        • View Dataset
        • Operate Dataset
      • AI Acceleration Kit
        • AIAK Introduction
        • Using AIAK-Training PyTorch Edition
        • Deploying Distributed Training Tasks Using AIAK-Training
        • Accelerating Inference Business Using AIAK-Inference
      • GPU Virtualization
        • GPU Exclusive and Shared Usage Instructions
        • Image Build Precautions in Shared GPU Scenarios
        • Instructions for Multi-GPU Usage in Single-GPU Containers
        • GPU Virtualization Adaptation Table
        • GPU Online and Offline Mixed Usage Instructions
        • MPS Best Practices & Precautions
        • Precautions for Disabling Node Video Memory Sharing
    • Elastic Scaling
      • Container Timing Horizontal Scaling (CronHPA)
      • Container Horizontal Scaling (HPA)
      • Implementing Second-Level Elastic Scaling with cce-autoscaling-placeholder
      • CCE Cluster Node Auto-Scaling
    • Network Management
      • How to Continue Dilatation When Container Network Segment Space Is Exhausted (VPC-ENI Mode)
      • Container Access to External Services in CCE Clusters
      • CCE supports dual-stack networks of IPv4 and IPv6
      • Using NetworkPolicy Network Policy
      • Traffic Forwarding Configuration for Containers in Peering Connections Scenarios
      • CCE IP Masquerade Agent User Guide
      • Creating VPC-ENI Mode Cluster
      • How to Continue Dilatation When Container Network Segment Space Is Exhausted (VPC Network Mode)
      • Using NetworkPolicy in CCE Clusters
      • Network Orchestration
        • Container Network QoS Management
        • VPC-ENI Specified Subnet IP Allocation (Container Network v2)
        • Cluster Pod Subnet Topology Distribution (Container Network v2)
      • Network Connectivity
        • Container network accesses the public network via NAT gateway
      • Network Maintenance
        • Common Error Code Table for CCE Container Network
      • DNS
        • CoreDNS Component Manual Dilatation Guide
        • DNS Troubleshooting Guide
        • DNS Principle Overview
    • Namespace Management
      • Set Limit Range
      • Set Resource Quota
      • Basic Namespace Operations
    • Workload
      • CronJob Management
      • Set Workload Auto-Scaling
      • Deployment Management
      • Job Management
      • View the Pod
      • StatefulSet Management
      • Password-Free Pull of Container Image
      • Create Workload Using Private Image
      • DaemonSet Management
    • Monitor Logs
      • Monitor Cluster with Prometheus
      • CCE Event Center
      • Cluster Service Profiling
      • CCE Cluster Anomaly Event Alerts
      • Java Application Monitor
      • Cluster Audit Dashboard
      • Logging
      • Cluster Audit
      • Log Center
        • Configure Collection Rules Using CRD
        • View Cluster Control Plane Logs
        • View Business Logs
        • Log Overview
        • Configure Collection Rules in Cloud Container Engine Console
    • Application management
      • Overview
      • Secret
      • Configuration dictionary
      • Deployment
      • Service
      • Pod
    • NodeGroup Management
      • NodeGroup Management
      • NodeGroup Node Fault Detection and Self-Healing
      • Configuring Scaling Policies
      • NodeGroup Introduction
      • Adding Existing External Nodes
      • Custom NodeGroup Kubelet Configuration
      • Adding Alternative Models
      • Dilatation NodeGroup
    • Backup Center
      • Restore Management
      • Backup Overview
      • Backup Management
      • Backup repository
  • Quick Start
    • Quick Deployment of Nginx Application
    • CCE Container Engine Usage Process Overview
  • Product pricing
    • Product pricing
  • Product Description
    • Application scenarios
    • Introduction
    • Usage restrictions
    • Features
    • Advantages
    • Core concepts
  • Solution-Fabric
    • Fabric Solution
  • Development Guide
    • EFK Log Collection System Deployment Guide
    • Using Network Policy in CCE Cluster
    • Creating a LoadBalancer-Type Service
    • Prometheus Monitoring System Deployment Guide
    • kubectl Management Configuration
  • API_V2 Reference
    • Overview
    • Common Headers and Error Responses
    • Cluster Related Interfaces
    • Instance Related Interfaces
    • Service domain
    • General Description
    • Kubeconfig Related Interfaces
    • RBAC Related Interfaces
    • Autoscaler Related Interfaces
    • Network Related Interfaces
    • InstanceGroup Related Interfaces
    • Appendix
    • Component management-related APIs
    • Package adaptation-related APIs
    • Task Related Interfaces
  • Solution-Xchain
    • Hyperchain Solution
  • SDK
    • Go-SDK
      • Overview
      • NodeGroup Management
      • Initialization
      • Install the SDK Package
      • Cluster management
      • Node management
  • Document center
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  • Hyperchain Solution
Table of contents on this page
  • Table of Contents
  • Solution description
  • Introduction to concept
  • Solution positioning
  • Solution architecture
  • Solution advantages
  • Solution application scenarios
  • Operation guide
  • Environment preparation
  • Parameter configuration
  • View Xuper Chain Console

Hyperchain Solution

Updated at:2025-10-27

Table of Contents

  • [Solution description](#Solution description) - [Concept description](#Concept Description) - [Solution positioning](#Solution positioning) - [Solution architecture](#Solution architecture) - [Solution advantages](#Solution advantages) - [Solution application scenarios](#Solution application scenarios)
  • [Guide](#Operation guide) - [Environment preparation](#Environment preparation) - [Parameter Configuration](#Parameter configuration) - [View Xuper Chain Console](#View Xuper Chain Console)

Solution description

Introduction to concept

Xuper Chain Baidu Xuper Chain is a self-developed blockchain 3.0 solution by Baidu, featuring powerful network throughput capacity, high-concurrency validity verification capability and scalable storage capacity.

Super Node/Supervisory Node Super nodes are special nodes in Xuper Chain. The distributed computing technology is adopted to ensure that the storage and computing of each node can be scaled, thus providing continuous storage and computing support for the blockchain network. Under the non-POW consensus mechanism, super nodes calculate transactions submitted on the chain and execute contracts. Super nodes improve computing efficiency by combining multi-core parallel computing with distributed computing. Supervisory nodes are mainly used for transaction verification.

- Smart contracts Since the UTXO (Unspent Transaction Output) model has better concurrency than the account balance model, the underlying layer of Xuper Chain is based on the UTXO model, which extends support for smart contracts and can load different contract virtual machines.

Three-dimensional Network Xuper Chain implements a three-dimensional network on the blockchain using in-chain parallel technology, returnable sidechain technology and parallel chain technology Xuper Chain implements a three-dimensional network on the blockchain using in-chain parallel technology, returnable sidechain technology and parallel chain technology.

  • In-chain parallelism: Xuper Chain uses transaction mining to form a Directed Acyclic Graph (DAG), enabling concurrent transaction execution.
  • Returnable sidechain: Xuper Chain offloads complex smart contracts to sidechains, utilizing parallel resources without consuming mainchain resources. When sidechain return conditions are fulfilled, sidechain merging is triggered proactively.
  • Parallel chain: Xuper Chain allows the creation of independent and authentic blockchain systems using the root chain.
  • In-chain parallel technology: Xuper Chain mines transactions to generate a Directed Acyclic Graph (DAG), managing transaction execution concurrently.
  • Returnable sidechain: Xuper Chain offloads complex smart contracts to sidechains, utilizing parallel resources without consuming mainchain resources. When sidechain return conditions are fulfilled, sidechain merging is triggered proactively.
  • Parallel chain: Xuper Chain allows the creation of independent and authentic blockchain systems using the root chain.

Lightweight Node Light nodes can complete data access and verification by synchronizing only a small amount of data. They are suitable for ordinary PCs, mobile phones and embedded devices, and can effectively access blockchain network data without powerful computing and storage capabilities.

Solution positioning

Baidu AI Cloud has a comprehensive strategy in the blockchain sector. We offer extensive technical capabilities covering applications, service implementations, and a unified cloud framework, along with abundant experience in alliance chain, public chain, and private chain use cases. Utilizing Baidu’s proprietary blockchain 3.0 technology framework, Baidu Xuper Chain delivers advanced, one-stop blockchain technology and product capabilities to users and partners.

Baidu AI Cloud blockchain solution positioning:

A cloud-native blockchain "empowerment center" integrates advanced cloud technologies with blockchain frameworks, offering features like containerized development models, one-click deployment, secure cloud application hosting, graphical operation interfaces, extensive OpenAPIs, pluggable blockchain scenario parameters, and customizable, optimized blockchain components. It empowers partners by leveraging Baidu’s superior blockchain practices to advance the industry's ecosystem growth and development.

Baidu AI Cloud blockchain solutions are available in two categories: technology solutions and industry solutions.

The BaaS solution leverages an advanced "cloud + chain" technical architecture. It supports one-click deployment, operation, and maintenance of mainstream blockchain technologies such as Baidu Xuper Chain, Ethereum, and Fabric on the cloud, and offers cloud-based development, deployment, operation, maintenance, and template services for smart contracts and DApps, thus lowering the technical barriers for blockchain users.

Among them, Xuper Chain is a self-developed and soon-to-be-open-sourced blockchain 3.0 solution by Baidu. It is characterized by strong network throughput, high-concurrency performance and universal smart contract processing capabilities; meanwhile, based on pluggable consensus mechanisms, parallel computing networks and three-dimensional networks, it truly breaks through the current technical bottlenecks of blockchains and paves the way for the widespread application of blockchains. Baidu AI Cloud’s Xuper Chain solution perfectly integrates the advanced cloud capabilities of AI+BigData+Cloud with Xuper Chain. Through cloud product capabilities such as one-click deployment of Xuper Chain and cloud operation and maintenance of Xuper Chain, it helps users better utilize Xuper Chain’s capabilities, accelerates the technical implementation of Xuper Chain in enterprise environments, and empowers the development and prosperity of the trusted blockchain ecosystem.

Solutions for the Internet of Things, financial transactions, and asset securitization (ABS) combine industry-specific features with tailored blockchain capabilities. Baidu AI Cloud integrates its extensive practical experience in blockchain commercialization and technical expertise to deliver solutions and product services that empower industry-specific blockchain scenarios. These templates expedite blockchain implementation across niche sectors while fostering collaboration with partners to develop benchmark "blockchain + X" practices in the industry.

Baidu AI Cloud continues to make advancements in areas such as three-dimensional chain network architecture, single-chain performance, multi-chain trusted interaction, consensus mechanism optimization, secure blockchain sandbox environments, node security, blockchain+AI, and blockchain+Internet of Things. These efforts aim to build a high-performance, stable, and technologically sophisticated blockchain platform.

Solution architecture

For the overall architecture of the blockchain solution, please click for details: https://cloud.baidu.com/solution/blockchain.html

Among them, the architecture of the Xuper Chain solution is as follows: Image

Solution advantages

Advantages of the Xuper Chain solution:

  • One-click deployment
  • Elastic hosting of application containers
  • Cloud SLA
  • Unified architecture for public and private chains
  • High performance
  • Super nodes
  • Three-dimensional chain network
  • Pluggable consensus mechanism
  • Universal smart contracts
  • One-stop practice platform
  • Compliant token incentives

Solution application scenarios

Application scenarios of the Xuper Chain solution: Xuper Chain is an advanced solution in the era of blockchain 3.0, which builds standardized, modular and high-performance blockchain infrastructure. It has matured practical applications in fields such as traceability, certification, copyright, games, finance, security and communities. Xuper Chain is perfectly integrated with Baidu AI Cloud, which provides a one-stop platform for Xuper Chain deployment, hosting, operation and maintenance and practice on the cloud for developers and enterprise users, thus helping users implement Xuper Chain in industry scenarios.

Operation guide

This document will introduce how to build your private Xuper Chain network based on Baidu AI Cloud container clusters, with specific steps as follows:

Step I: [Environment Preparation](#Environment preparation); it mainly creates the operating environment for blockchain applications - container clusters;

Step II: [Parameter Configuration](#Parameter configuration); it mainly configures the network parameters of Xuper Chain;

Step III: [View Xuper Chain Console](#View Xuper Chain Console); it mainly provides functions for user wallets and viewing network information;

Image

Environment preparation

Apply for blockchain solution permissions

  • Sign in to the official website of Baidu AI Cloud Blockchain Solution.
  • Click Apply Now to enter Application for the Use of Blockchain Solutions, fill in the application as required, and then click Submit.

Warm Reminder: Once we receive your application, it will enter the review stage. Upon successful review, a dedicated representative will contact you based on the provided contact details and your requirements to discuss further. If you’ve been notified that your blockchain solution access has been activated, log in to the console, navigate to Computing - Cloud Container Engine (CCE) - Solutions - Xuper Chain Solution, and begin creating your application.

Create a container cluster

Create the operating environment for blockchain applications - container clusters. For specific operation steps, please refer to Create Cluster

Parameter configuration

After the container cluster is created successfully, start deploying the Xuper Chain network. Parameters support one-click configuration. Users only need to select and configure parameters as prompted on the Xuper Chain deployment page:

Image

  • Select cluster: Select the cluster used to deploy the Xuper Chain. If no cluster has been created, click Create Now to redirect to the container cluster creation page
  • Xuper Chain network name: Customize your Xuper Chain network name to identify your network information
  • Single block reward: The reward amount for each block when the super node generates a block
  • Decay height: The number of blocks after which the reward starts to decay during block generation
  • Decay factor: After generating a certain height of blocks during block generation, the new reward equals the current reward multiplied by the decay factor
  • Initial allocation of super bitcoins: When creating a network, a pre-allocated number of super bitcoins is given to the management account, which defaults to the account of the first super node
  • Super node account: Nodes with bookkeeping and block-generating rights, with account information randomly generated
  • Supervisory node account: Nodes with only supervisory rights, used for transaction verification

For example, if the block reward is 100, the decay height is 100, and the decay coefficient is 0.5 The reward for each block from block 1~ to 100 is 100; the reward for each block from block 101~ to 200 is 50; the reward for each block from block 201 to 300 is 25, and so on, with the reward gradually converging.

View Xuper Chain Console

After Xuper Chain deployment is completed, you can access the Xuper Chain list to view existing networks.

Image

Click "Console" to enter the network console. The Xuper Chain console comprises three sections: wallet, network node information, and network transaction information.

  • Wallet

Users can view their address and private key and perform super bitcoin transactions with other node users.

  • Network node information

In the network node information list, users can view basic information of the root chain, including root block, latest block, chain length and total amount of super bitcoins. Meanwhile, users can view the status information of existing super nodes and supervisory nodes in this module.

  • Network transaction information

It documents recent transaction details across the Xuper Chain network and its various nodes.

Operation step

  1. Obtain the account private key

    • Click the Download Network Parameters entry Image
    • Enter the mobile phone verification code Image
    • Obtain the user’s private key from the downloaded file Image
  2. Sign in to the Xuper Chain console and enter the account private key

    Image

  3. After signing in, you can view the wallet, network node information and network transaction information

    • Wallet - View your own balance Image - Click Transaction to initiate a transfer to the destination address. Image
    • Network node information

    The network node information section includes the root chain's basic details, a list of super nodes, and a list of supervisory nodes.

    Plain Text
    1![Image](http://doc.bce.baidu.com/bce-documentation/CCE/CCE_Chain_11.png)
    2
    3![Image](http://doc.bce.baidu.com/bce-documentation/CCE/CCE_Chain_12.png)
    4
    5![Image](http://doc.bce.baidu.com/bce-documentation/CCE/CCE_Chain_13.png)

    Note: Supervisory nodes neither generate blocks nor receive rewards. Hence, their default balance is 0.

    • Network transaction information

    The network transaction information section provides details on the 50 most recent transactions in the Xuper Chain network.

    Plain Text
    1![Image](http://doc.bce.baidu.com/bce-documentation/CCE/CCE_Chain_14.png)

    Note: The most recent transaction in the figure above is a block reward, so there is no initiator.

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