Enterprise information monitoring and checking system and method

Abstract

The invention relates to an enterprise information monitoring and checking system and method. The system comprises a UAP security module, a physical layer security module, a network layer security module, a system layer security module and a database security module. The UAP security module comprises an identity authentication and digital signature unit, a network data flow unit and an access control unit; the physical layer security module comprises a machine room guarantee unit, an equipment redundancy and link backup unit and a host cluster hot standby unit; the network layer security module comprises an access control unit, a firewall unit and a transmission encryption unit; the system layer security module comprises an anti-virus system construction unit and a vulnerability scanning unit; wherein the machine room guarantee unit comprises a monitoring sensor, an alarm, a monitoring sensor power supply and a standby power output system, the monitoring sensor is used for monitoring the environment of a machine room to ensure that the environment of the machine room meets the requirements, and the alarm is configured as a fire-fighting system with automatic warning and extinguishing to ensure that a fire is found and eliminated in time. The standby power output system is configured with a two-way redundant circuit, a UPS power supply and a gasoline engine generator to ensure the continuity of power supply of the machine room, so that equipment in the machine room operates in a stable environment, and the service continuity of the enterprise information monitoring and checking system is ensured.

Description

technical field [0001] The invention belongs to the technical field of enterprise information management, and in particular relates to an enterprise information monitoring and checking system and method. Background technique [0002] In the existing technology, the financial and auditing management of many water conservancy projects are calculated by traditional accounting and accounting. The information of each water conservancy company is an information island and a decentralized management model. Many of them are supervised after the event and run by personnel. For example, on-site financial inspection, financial decentralized accounting and other modes, such information or enterprise information management, will cause the information management department to be timely, the standards are not uniform, and the review efficiency is slow. It is impossible to monitor enterprise information in a timely and accurate manner. Effective and rapid monitoring of personnel or corporat...

AI Technical Summary

Problems solved by technology

[0002] In the existing technology, the financial and auditing management of many water conservancy projects are calculated by traditional accounting and accounting. The information of each water conservancy company is an information island and a decentralized management model. Many of them are supervised after the event and run by personnel. For example, on-site financial inspection, financial decentralized accounting and other modes, such information or enterprise information management, will cause the information management department to be timely, the standards are not uniform, and the review efficiency is slow. It is impossible to monitor enterprise information in a timely and accurate manner. Effective and rapid monitoring of different enterprise personnel or enterprise information to ensure timely and transparent information is the difficulty of enterprise information monitoring

In the existing technology, when performing centralized monitoring of information, there is often a power outage of the centralized monitoring equipment or information loss due to insufficient data storage of the monitoring equipment, resulting in risks in enterprise information monitoring

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