Nuclear Power

The security scenario of the nuclear power plant is similar to that of the thermal power platform. For details, sees section 4.1.1. Generally, it contains the following contents: (more…)

System Introduction

The computer monitoring system of the hydropower plant adopts a hierarchical distributed open system structure totally controlled by the computer, which consists of the main control layer of functions and the local control unit (LCU) layer of objects. The main control layer consists of the operator station, data server station, external communication station, internal communication station, engineering station, voice alert station, GPS time synchronization system, UPS power supply, and network devices. (more…)

Wind Power

System Introduction

Based on computers, communication devices, and test control units, the wind power monitoring system provides a basic platform for real-time data collection, switch status monitoring, and remote control of wind power plants. It can work with detection and controls devices to form an arbitrarily complex monitoring system. It plays a vital role in the monitoring of wind power plants by helping enterprises eliminate information silos, reduce operating costs, improve production efficiency, and accelerate the speed of responding to anomalies in the process of power transformation and distribution. Figure 4.4 shows its system architecture Currently, the electric power monitoring system is vertically connected to dispatching planes 1 and 2 and the centralized control center of the wind power plant. (more…)

ICS Security Solutions for Typical Industrial Scenarios

System Introduction

Based on computers, communication devices, and test control units, the electric power monitoring system provides a basic platform for real-time data collection, switch status monitoring, and remote control of thermal power plants. It can work with detection and controls devices to form an arbitrarily complex monitoring system. It plays a vital role in the monitoring of thermal power plants by helping enterprises eliminate information silos, reduce operating costs, improve production efficiency, and accelerate the speed of responding to anomalies in the process of power transformation and distribution. (more…)

Policies for Building the Defense-in-Depth System for Industrial Control Networks

For the sake of ICS security protection, we can build a defense-in-depth system by implementing the following policies:

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ICS Information Security Assurance Framework

ICS Security Assurance Principles

In response to related compliance requirements put forward by the industry and the country, the ICS information security assurance framework will be developed to combine both technology and management, taking full account of the enterprise’s business requirements and ICS operating characteristics. By switching ICS protection from deployment of security policies to that of security capabilities, such a framework aims to enable an all-around improvement in security technology and management capabilities for the purpose of integrating management, control, and defense. With this framework, enterprises’ security capabilities will gradually cover system go-live, operating, O&M, and inspection, achieving closed-loop security control and management for ICSs. (more…)