Guide: The original " 538-page 210,000-word digital government smart government big data cloud platform project construction plan WORD " (see the end of the article for the source), this article selects the essence and structure part, the logic is clear and the content is complete, in order to quickly form a pre-sales plan for reference.
According to the different attributes of the business, the government cloud platform of XX county is divided into several different partitions (such as Internet access area, government extranet access area, core exchange area, security operation and maintenance management area, cloud management platform area, etc.), the Internet The business area and the e-government external network area are physically isolated through security gate devices; each area deploys different devices according to different businesses to meet business requirements.
Hierarchical partition deployment can make the entire system have good scalability (capacity can be increased as needed without disturbing other areas), improve the availability of the entire system (isolate fault domains to reduce the impact of faults on the network), and simplify the system network. management (the topology structure is clearer).
1.1.1.2 Network Deployment Scheme
Based on zoning planning and design, in order to support the follow-up business development of CSCEC and meet the needs of the current data center for virtualization and cloud computing data center development, the network needs to be re-architected to achieve server deployment that breaks the traditional physical boundary of the network, while supporting future virtualization Various migration and high availability requirements of virtual machines during deployment.
This time, the government affairs cloud platform of XX County will adopt a large three-tier network architecture to meet the related application and management requirements of cloud computing. Devices in the network area usually include internal network core switches, external network core switches, internal network access switches, and external network access switches. If the scale of the server node is small and capacity expansion is not considered for the time being, only internal/external network access switches can be used. The specific instructions are as follows:
ü Intranet core switch: A three-layer switch stack is used as a group of intranet cores to bear the aggregation and management of intranet access switches;
ü External network core switch: use 10Gb layer-3 switch stacking as a set of external network core, which is used to bear the aggregation and management of external network access switches;
ü Intranet access switch: 10 Gigabit switch stack is used as a group of intranet access to carry server intranet access;
ü External network access switch: Gigabit switch stacking is used as a group of external network access, which is used to access the external network of the bearer server;
ü In addition to the Internet connection, the network is a large two-layer environment, using the LLDP protocol to obtain network topology information, and all network access is port aggregation to ensure high availability; at the same time, broadcast message traffic through the control interface to suppress network broadcast storms;
ü Interconnection modes such as Layer 2 aggregation, Layer 3 aggregation, L3 ECMP, and L3 A/S can be used between the core switch of the external network and the Internet, and at the same time support series or bypass firewalls, IDS, IPS, and anti-DDOS and other security devices;
ü The network functions provided by the cloud platform are all implemented in a software-defined manner. The physical switch is only used as a network traffic forwarding device, that is, only some general capabilities of the switch are used, such as stacking, Vlan, Trunk, LACP, and IPV6. There is no need to use SDN switches to realize virtual Network communication.
If the cloud platform virtual machine needs to communicate with the physical server in the data center, as shown in the standard architecture diagram, it is necessary to interconnect the physical network with the external network switch of the cloud platform, and bind and communicate through the [Physical IP] product provided by the cloud platform .
In the standard network architecture, it is usually recommended to use at least 10 Gigabit and above switches to ensure the performance and availability of platform node intranet access, virtual resource communication, and distributed storage. Because the external network access bandwidth is generally small, it is usually recommended to use a Gigabit switch as the external network access device.
Table of contents
1 General overview of the project
1.1 Project construction background
1.1.1 Policy background
1.1.1.1 Policy Guidance Requirements
1.1.2 Technical background
1.1.3 Business Background
1.1.3.1 The degree of intensification of e-government construction is not high
1.1.3.2 Information resource sharing is low
1.1.3.3 Break through the bottleneck construction of information communication
1.1.3.4 Improve government information security
1.1.3.5 Promoting the Modernization of Governance Capabilities
1.1.3.6 Supporting the application and development of government affairs
1.2 Basis for project construction
1.2.1 Preparation of basis documents and requirements
1.2.2 Reference planning, standard specifications, etc.
2 Project Construction Requirements
2.1 Project Construction Goals
2.2 Project construction content
2.3 Project Construction Requirements
2.3.1 Infrastructure service construction
2.3.2 Information security service construction
2.3.3 Operation support service construction
2.3.4 Business application support construction
3 Platform construction plan
3.1 Overall Construction Principles
3.2 Overall scheme design
3.2.1 Scheme Design Ideas
3.2.2 Overall architecture design
3.3 Resource pool construction plan
3.3.1 Resource Pool Overall Planning
3.3.2 Computing resource pool construction
3.3.2.1 Computing Resource Pool Architecture
3.3.2.2 Computing Resource Pool Planning
3.3.3 Storage resource pool construction
3.3.3.1 Storage resource pool architecture
3.3.3.2 Storage Resource Pool Planning
3.3.4 Network resource pool construction
3.3.4.1 Overall architecture design
3.3.4.2 Network Deployment Scheme
3.4 Device Configuration Scheme
3.4.1 Server Configuration Checklist
3.4.2 Network equipment configuration list
3.4.3 Safety equipment configuration list
3.5 Information Security Assurance Program
3.5.1 Safety regulations and requirements
3.5.2 Overall Security Planning
3.5.3 Security design
3.5.3.1 Internet egress security
3.5.3.2 Access Security of Government Extranet
3.5.3.3 Core business security
3.5.4 Security operation and maintenance management
3.5.4.1 Security resource pool
3.5.4.2 Deployment method
3.5.4.3 Platform Security Components
3.5.4.3.1 Bastion machine
3.5.4.3.2 Cloud log audit
3.5.4.3.3 Cloud database audit
3.5.4.3.4 Cloud Vulnerability Scanning
3.5.4.3.5 Cloud Antivirus
3.6 Application Deployment and Migration Solution
3.6.1 Application deployment specification
3.6.1.1 Roles and Responsibilities for Application Deployment
3.6.1.2 Overall process of application deployment
3.6.1.3 Description of application deployment process
3.6.1.4 Deployment Checklist
3.6.1.5 Deployment strategy
3.6.1.6 Deploy technical solutions
3.6.2 Application migration specification
3.6.2.1 Roles and Responsibilities for Application Migration
3.6.2.2 Overall process of application migration
3.6.2.3 Application Migration Process Description
3.6.2.4 Migration Checklist
3.6.2.5 Migration strategy
3.6.2.6 Migration technical solutions
3.6.3 Application Migration Solution
3.6.3.1 Preparations before Migration
3.6.3.2 Application Migration
3.6.3.2.1 Application migration method
3.6.3.2.2 Application Migration Process
3.6.3.2.3 Application Migration Mode Selection
3.6.3.3 Virtualization Migration
3.6.3.3.1 Virtualization Migration Method and Process
3.6.3.3.2 Virtualization Migration Solution
3.6.3.3.2.1 Migration mode selection
3.6.3.3.2.2 Virtual Resource Computing
3.6.3.3.2.3 Migration plan design
3.6.3.3.2.4 Migration Considerations
3.6.3.4 Data migration
3.6.3.4.1 Data Migration Method and Process
3.6.3.4.2 Data Migration Scheme Design Principles
3.6.3.4.3 MySQL database export/import migration
3.6.3.4.4 SQL Server database export/import migration
3.6.3.4.5 Heterogeneous database migration
4 Platform Product Solutions
4.1 Product Introduction of Private Cloud Platform
4.1.1 Product Overview
4.1.2 Product Architecture
4.1.3 Product Features
4.1.4 Technical Architecture Features
4.1.4.1 API idempotency
4.1.4.2 Fully asynchronous architecture
4.1.4.3 Distributed
4.1.4.4 High availability
4.1.4.5 Separation of business implementation
4.1.4.6 Componentization
4.1.5 Application scenarios
4.1.5.1 Virtualization & Cloudification
4.1.5.2 Rapid service delivery
4.1.5.3 Hyper-converged all-in-one machine
4.1.5.4 Private Cloud for Government and Enterprise
4.1.6 Delivery Mode
4.1.7 Explanation of terms
4.2 Platform Deployment Architecture
4.2.1 Cluster nodes
4.2.1.1 Management Node
4.2.1.2 Compute Node
4.2.1.3 Independent Storage Node
4.2.1.4 Basic Monitoring Node
4.2.1.5 Physical Network Architecture
4.2.1.6 Architecture Scale
4.2.1.7 Network area
4.2.1.8 Standard Architecture Extensions
4.2.2 Hardware selection
4.2.2.1 Recommended configuration
4.2.2.2 Minimum configuration
4.2.3 Cabinet planning (example)
4.3 Product Functional Architecture
4.3.1 Virtualization Core
4.3.1.1 Computing virtualization
4.3.1.1.1 CPU Overscore
4.3.1.1.2 Nested virtualization
4.3.1.1.3 RAW image file
4.3.1.1.4 NUMA Optimization
4.3.1.1.5 GPU transparent transmission
4.3.1.1.6 Abnormal restart of the VM
4.3.1.1.7 Cluster smooth expansion
4.3.1.2 Intelligent Scheduling
4.3.1.2.1 Dispersed deployment
4.3.1.2.2 Online Migration
4.3.1.2.3 Downtime Migration
4.3.1.3 Storage Virtualization
4.3.1.3.1 Distributed storage
4.3.1.3.2 Storage Cluster
4.3.1.3.3 Multiple copy mechanism
4.3.1.3.4 Data striping
4.3.1.3.5 Data rebalancing
4.3.1.3.6 Data failure reconstruction
4.3.1.3.7 Data cleaning
4.3.1.3.8 Availability and scalability
4.3.1.3.9 Block storage service
4.3.1.3.10 Thin Provisioning
4.3.1.3.11 Performance indicators
4.3.1.4 Network Virtualization
distributed network
distributed architecture
communication mechanism
SDN controller
Introduction to Network Functions
Performance
4.3.2 Reuse public cloud
4.3.3 Core Functional Concepts
4.3.3.1 Region
4.3.3.2 Availability Zone
4.3.3.3 Cluster
4.3.3.4 Business Group
4.3.4 Virtual Machine
4.3.4.1 Instance Specifications
4.3.4.2 Mirroring
4.3.4.2.1 Basic image
4.3.4.2.2 Self-made image
4.3.4.2.3 Mirror Storage
4.3.4.3 Virtual network card
4.3.4.4 ENI
4.3.4.5 Security Group
4.3.4.5.1 Implementation mechanism
4.3.4.5.2 Security Group Rules
4.3.4.6 SSH keys
4.3.4.7 VNC login
4.3.4.8 Life cycle
4.3.5 Cloud Disk
4.3.5.1 Cloud Disk Overview
4.3.5.2 Functions and Features
4.3.5.3 Application scenarios
4.3.6 Private Network
4.3.6.1 VPC overview
4.3.6.2 VPC logical structure
4.3.6.3 VPC connection
4.3.6.4 Functions and Features
4.3.7 External IP
4.3.7.1 Overview
4.3.7.2 Physical Architecture
4.3.7.3 Logical Architecture
4.3.7.4 Features
4.3.8 NAT Gateway
4.3.8.1 Product Overview
4.3.8.2 Application scenarios
4.3.8.3 Architecture principles
4.3.8.4 Features
4.3.8.4.1 Multi-subnet binding
4.3.8.4.2 Multi-network egress mode
4.3.8.4.3 SNAT capability
4.3.8.4.4 DNAT capability
4.3.8.4.5 Monitoring Alarms
4.3.8.4.6 NAT Gateway Security
4.3.8.5 NAT gateway isolation
4.3.8.6 NAT Gateway High Availability
4.3.9 Load Balancing
4.3.9.1 Overview of load balancing
4.3.9.2 Application scenarios
4.3.9.3 Architecture principles
4.3.9.4 Features
4.3.9.5 Load Balancing Isolation
4.3.10 Elastic scaling
4.3.10.1 Overview
4.3.10.2 Logical Architecture
4.3.10.3 Scaling Group Workflow
4.3.10.4 Scaler workflow
4.3.10.5 Features
4.3.11 Timers
4.3.11.1 Overview
4.3.11.2 Features
4.4 Platform disaster recovery plan
4.4.1 Local disaster recovery
4.4.2 Remote disaster recovery service
4.4.3 Public cloud disaster recovery service
4.4.4 Disaster recovery service in two places and three centers
4.4.4.1 Service Deployment
4.4.4.2 Data Replication
4.4.4.3 Service Recovery
4.4.5 Disaster recovery network architecture
4.4.6 Disaster recovery switching
4.4.6.1 Planned Switchover
4.4.6.2 Unplanned handover
4.4.6.3 Disaster Recovery and Switchback
5 Project Implementation Plan
5.1 Project construction cycle
5.2 Project Organization Guarantee
5.2.1 Leadership and management bodies
5.2.2 Project implementing agencies
5.2.3 Operation and maintenance organization
5.3 Project Training Program
6 Project Risks and Control Measures
6.1 Overview of Project Risks
6.2 Risk identification
6.3 Risk Estimation
6.4 Risk assessment and management
6.5 External Risks and Control Measures for Project Implementation
6.5.1 Risk identification
6.5.2 Control measures
6.6 Internal Risks and Control Measures for Project Implementation
6.6.1 Risk identification
6.6.2 Control measures The planning and implementation of this project will minimize the internal risks of the project from the following aspects:
6.7 Long-term project operation risks and control measures
6.7.1 Risk identification
6.7.2 Control measures
7 Project implementation management plan
7.1 Project organization management
7.1.1 Establish project organization and management organization
7.1.2 Determining the roles and responsibilities of project division
7.1.3 Establish project organization-related management systems
7.2 Project Management Plan
7.2.1 Comprehensive management plan
7.2.1.1 Project plan preparation
7.2.1.2 Project plan execution
7.2.2 Comprehensive Change Control
7.3 Scope Control Plan
7.3.1 Scope Definition and Tracking
7.3.2 Change Management
7.3.3 Change Control Tools
7.4 Progress control plan
7.4.1 Project Progress Tracking
7.4.2 Project Progress Analysis
7.4.3 Project progress control
7.5 Organizational structure and personnel management plan
7.5.1 Human resource planning
7.5.2 Project team building
7.5.3 Project Team Management
7.6 Quality Assurance Plan
7.6.1 Quality assurance objectives
7.6.2 Quality assurance roles and responsibilities
7.6.3 Quality Assurance Process
7.6.4 Quality assurance activities
7.7 Communications Management Plan
7.7.1 Communication plan
7.7.2 Reporting format
7.7.3 Related tool documentation
7.8 Configuration management plan
7.8.1 Configuration Management Objectives
7.8.2 Configuration Management Roles and Responsibilities
7.8.3 Configuration management process
7.8.4 Configuration item definition
7.8.5 Configuration management activities
7.8.6 Configuration management tools
7.9 Risk Control Plan
7.9.1 Risk identification
7.9.2 Risk analysis
7.9.3 Risk Control
7.10 Change Management Plan
7.10.1 Change management approach
7.10.2 Key strategies for successful change management
7.11 Project schedule
7.11.1 Factors Affecting Project Schedule
7.11.2 Principles of project schedule formulation
7.11.3 Project Implementation Schedule
7.11.4 Project Milestones
7.12 Security and Confidentiality Plan
7.13 Documentation plan
7.13.1 Project Management Class
7.13.2 Software Engineering
7.13.3 Project support classes
7.14 Quality Assurance Plan
7.14.1 Determining quality assurance objectives
7.14.2 Quality assurance roles and responsibilities
7.14.3 Quality Assurance Process
7.14.4 Quality assurance activities
7.15 Product delivery plan
7.15.1 Background introduction
7.15.2 Customer Management
7.15.3 Service personnel management
7.15.3.1 Service personnel
7.15.3.2 Service culture
7.15.4 Service Process Management
7.15.4.1 Early intervention
7.15.4.2 System Deployment
7.15.4.3 Data migration
7.15.4.4 Trial
7.15.4.5 Officially launched
7.15.4.6 Project acceptance
7.15.4.7 Emergency treatment
7.15.5 Serving physical facilities
7.15.6 Detailed Product Delivery Plan
7.16 Project Training Plan
7.16.1 Training organization management
7.16.2 Training Team Requirements
7.16.3 Training object
7.16.4 Training content and requirements
7.17 Implement risk management
7.17.1 Risk plan
7.17.2 Risk Monitoring
7.17.3 Risk management
8 After sales service and training
8.1 Description of after-sales service
8.1.1 After-sales service and response level
8.1.2 Regular on-site inspection service
8.1.3 Personnel on duty service
8.1.4 Localization service
8.2 Guarantee measures for operation and maintenance services
8.2.1 Organization and Responsibilities of Project Operation and Maintenance
8.2.2 Operation and maintenance risk prevention measures
8.2.3 Emergency measures for O&M emergencies
8.3 Service quality assurance measures
8.3.1 Perfect after-sales service system
8.3.2 Establishment of operation and maintenance system
8.3.3 Operation and maintenance knowledge base system
8.3.4 Construction of operation and maintenance team
8.3.5 Closed-loop service
8.3.6 Service monitoring mechanism
8.3.7 Operation and maintenance guarantee during trial operation
8.3.8 Operation and maintenance guarantee during the free warranty period
8.3.9 Operation and maintenance after the free warranty period
8.4 Scope of Quality Assurance
8.5 After-sales service commitment
8.6 List of outlets and service telephone numbers of after-sales service agencies
8.6.1 Staffing of after-sales service
8.6.2 Personnel training plan
9 Construction organization design plan
9.1 Construction organization design
9.1.1 Comprehensive description, quality, service, safe and civilized construction goals
9.1.1.1 Quality objectives
9.1.1.2 Service objectives
9.1.1.3 Safe production objectives
9.1.1.4 Objectives of civilized construction
9.1.1.5 Civilized environment construction goals
9.1.2 Main construction methods; application of new technology, new material, new process and new equipment
9.1.2.1 Technically ensure progress
9.1.2.2 Using modern technical equipment
9.1.2.3 Establish a sound technical management system
9.1.2.4 Application and planning of new technology, new process, new material and new equipment
9.1.3 The main materials and construction machinery and equipment input into the project, and the entry plan of the main construction machinery
9.1.4 Construction equipment entry plan
9.1.5 Entry plan of products used in the project
9.1.6 Technical organizational measures to ensure project quality
9.1.7 Technical and organizational measures to ensure safe production
9.1.7.1 Safety education system
9.1.7.2 Safety inspection system
9.1.7.3 Safety activity system
9.1.7.4 Equipment Security Control
9.1.7.5 Do a good job in construction site management
9.1.8 Technical and organizational measures to ensure civilized construction
9.1.9 Schematic diagram of construction sequence, overall schedule and overall image progress
9.2 Project Management Institutions Equipped
9.3 Quality and warranty service
9.3.1 Warranty period and scope
9.3.2 Warranty obligations
9.3.3 After-sales training
9.3.4 After-sale maintenance service
9.3.5 Interface docking service
9.4 Organizational management
9.4.1 Project management methodology
9.4.2 Project Quality Management
9.4.2.1 Quality management plan
9.4.2.2 Quality management process
9.4.3 System Test Plan
9.4.4 Test scheme
9.4.4.1 Unit testing
9.4.4.2 Integration testing
9.4.4.3 System testing
9.4.4.4 User testing (commissioning testing)
9.4.5 Test Management
9.4.5.1 Test organization
9.4.5.2 Test preparation
9.4.5.3 Test Execution
9.4.5.4 Test issue tracking
9.4.5.5 Document verification
9.4.5.6 Testing techniques
9.5 Project Risk Management
9.5.1 List of main risks
9.5.2 Risk Impact Analysis
9.5.3 Key Risk Analysis
9.5.4 Risk Control Plan
9.5.5 Risk response measures
9.5.5.1 Risk response measures
9.5.5.2 Other Risk Measures
9.5.6 Project Communications Management
9.5.7 Project decision-making system
9.5.8 Issues and Dispute Management Measures
9.6 Support period after launch
9.7 General layout of construction
9.7.1 Construction deployment principles
9.7.2 2 Construction preparation stage
9.7.3 Construction phase
9.7.4 Commissioning handover phase
9.8 Construction sequence and process arrangement
9.8.1 Construction method
9.8.2 Quality standards
9.8.3 Operating process
9.8.4 Quality problems that should be paid attention to
9.8.5 Equipment installation requirements
9.8.6 Construction Wiring Specification Requirements
9.9 Project Workflow
9.9.1 Distribution Engineering
9.9.2 Antistatic and dustproof treatment
9.9.2.1 Energy saving
9.9.2.2 Fire protection
9.9.2.3 Dust protection
9.9.2.4 Anti-static
9.9.2.5 Waterproof
9.9.2.6 Rats and insects
9.9.3 Covert Engineering
9.9.4 Suspended ceiling works
9.9.4.1 Construction preparation
9.9.4.2 Quality requirements
9.9.4.3 Process flow
9.9.4.4 Construction technology
9.9.4.5 Construction records
9.9.4.6 Security measures
9.9.5 Color steel plate wall project
9.9.5.1 Operating conditions
9.9.5.2 Material requirements
9.9.5.3 Construction machinery
9.9.6 Construction preparation for anti-static floor
9.9.6.1 Operating conditions
9.9.6.2 Material preparation
9.9.6.3 Construction machinery
9.9.6.4 Quality requirements
9.9.6.5 Process flow
9.9.6.6 Construction technology
9.9.6.7 Finished product protection
9.9.6.8 Security measures
9.9.7 Anti-static grounding and lightning protection
9.9.8 Relocation of fire protection system
9.9.8.1 Flow chart of automatic fire alarm system installation
9.9.8.2 Wire pipe laying and pipe threading project
9.9.8.3 The rated voltage of the insulated conductor inside the tube should not be lower than 500V
9.9.8.4 Installation of automatic fire alarm device
9.9.8.5 Installation of manual alarm device
9.9.8.6 Fire alarm controller installation
9.9.8.7 Installation of fire linkage control device
9.9.8.8 Installation of system grounding device
9.9.8.9 Debugging of automatic fire alarm system
9.9.8.10 Gas fire extinguishing system
9.9.9 Computer room environmental power monitoring system engineering
9.9.9.1 Construction method of machine room
9.9.9.2 Schematic diagram of installation location of monitoring point equipment
9.9.9.3 Construction method of operating room
3.9.9.3.1. List of installed equipment
3.9.9.3.2. Diagram of equipment installation location
9.9.9.4 Construction method of UPS equipment room
3.9.9.4.1. List of installed equipment
3.9.9.4.2. Schematic diagram of installation location of monitoring point equipment
9.9.10 Relocation, installation and commissioning of precision air conditioners in computer rooms
9.9.10.1 General Rules for Installation Engineering Interface
9.9.10.2 On-site unit handling and work in place
9.9.10.3 Protection when moving the unit on site
9.9.10.4 Basic site requirements
9.9.10.5 Base manufacture and installation
9.9.10.6 Outline of installation of refrigeration piping
9.9.10.7 Pipe welding
9.9.10.8 Pipeline pressure leak detection
9.9.10.9 Humidification, condensate piping installation
9.9.10.10 Outdoor condenser installation
9.9.10.11 Air-conditioning unit installation acceptance criteria
9.9.11 Equipment relocation
9.9.12 DLP system
9.9.12.1 Design liaison plan
9.9.12.2 Project schedule
9.9.12.3 Environmental requirements of the project site
9.9.12.4 Project construction
9.9.12.5 System test plan
9.9.12.6 Project training and acceptance
9.9.13 Call Center System
9.9.13.1 Pre-project preparation stage
9.9.13.2 Project schedule and project objective review and confirmation stage
9.9.13.3 Requirements Collation Phase
9.9.13.4 Development phase
9.9.13.5 System Construction Phase
9.9.13.6 System test joint debugging stage
9.9.13.7 System preliminary acceptance stage
9.9.13.8 On-line cutover trial run phase
9.9.13.9 Project handover summary stage
9.9.13.10 Formal operation phase
9.9.13.11 Platform final inspection
9.9.14 Sound system
9.9.14.1 Firstly, the pre-embedding of pipelines and attachments shall be carried out.
9.9.14.2 Next, welding and installation of various sheds and frames shall be carried out.
9.9.14.3 Next, lay various cables.
9.9.14.4 Various equipment should be installed later
9.9.14.5 The last is the connection of power supply lines, control lines and signal lines.
9.9.14.6 In addition, it is to check the installation, power supply lines and connections.
9.9.14.7 After the above construction steps are confirmed to be completed, prepare for equipment commissioning.
9.9.15 Smart Security System IMOS
9.9.15.1 Establish project team
9.9.15.2 Define the project interface
3.9.15.2.1. Division of responsibilities for equipment and materials
3.9.15.2.2. Implementation Responsibilities
3.9.15.2.3. Engineering interface
9.9.15.3 User preparation
9.9.15.4 Acceptance of equipment upon arrival
9.9.15.5 On-site installation and commissioning
9.9.15.6 Network-wide joint debugging and internal testing
9.9.15.7 System initial inspection (optional)
9.9.15.8 Customer technical training
3.9.15.8.1. Test run
3.9.15.8.2. Completion acceptance
10 Measures to ensure safety and civilized construction
10.1 Objectives of safe and civilized construction
10.2 Management measures for safe and civilized construction
10.2.1 Safety Education
10.2.2 Security check
10.2.3 Technical measures
10.2.4 Investigation and handling of safety accidents
10.3 Safety Production Responsibilities of Personnel at All Levels
10.4 Safety and Fire Prevention Measures
10.5 Emergency assurance measures
10.6 Measures to ensure civilized construction management
10.6.1 Civilized Construction Principles
10.6.2 Civilized Construction Management Responsibilities
10.6.3 On-site civilized construction management content
10.6.4 Inspection and assessment
10.7 Management measures to ensure construction safety
10.7.1 Security Management
10.7.2 Construction site
10.7.3 Construction equipment
10.7.4 Fire Safety and Fire Prevention Regulations
10.7.5 Safe use of electricity
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