Cross-network data exchange platform

Abstract

The invention discloses a cross-network data exchange platform and belongs to the field of enterprise information integration. The cross-network data exchange platform comprises two physically isolated networks, wherein each physical network is provided with an information system server, a data exchange server and a data exchange client, and a database, a data exchange task processing component and a data exchange task execution component are deployed on each information system server. The data exchange task processing components obtain and output exchange data; the data exchange servers respectively carry out data interaction with the data exchange task processing components and the data exchange clients; the data exchange clients obtain and distribute data which needs to be exchanged; and the data exchange task execution components execute and dump the data transmitted from other network environments. The cross-network data exchange platform realizes the data exchange of the physically isolated networks and has the advantages of reliability, excellent operating performance, rapid implementation, centralized processing and efficient operation, and meanwhile, the data migration can be more efficiently and quickly carried out between application systems, so that the workload of secondary development of each business system is reduced.

Description

technical field [0001] The invention belongs to the technical field of enterprise information integration, and in particular provides an enterprise cross-network data exchange platform. Background technique [0002] At present, military research institutes and other secret-related units have established multiple network environments in accordance with national security and confidentiality management requirements, including secret-related networks, non-classified networks, and the Internet, in order to prevent information and data leaks based on network connections. The occurrence of the incident was physically isolated. However, the physical isolation of the network environment adds a lot of inconvenience to the necessary information and data transmission between different networks. [0003] With the continuous improvement of enterprise information systems, in the enterprise information application environment, data exchange between multiple network environments is often in...

AI Technical Summary

Problems solved by technology

[0007] 1. High resource consumption

[0008] The data or files that need to be exchanged have complex structures, various types, and various uses and flows, making it difficult to centralize management and easily causing waste of resources

[0009] 2. High management costs

[0010] The data exchange process requires the repeated intervention of personnel in various roles, including necessary links such as application, approval, classification, copying, burning, and distribution, which requires huge management costs.

[0011] 3. High security risk

[0012] Too much human intervention also makes the data easily tampered with during the exchange process, which poses a large security risk and is contrary to the basic requirements and management objectives of security and confidentiality management

[0013] 4. Due to the physical isolation of the information system, the participants of the system are distributed in different network environments. As a result, system data synchronization in different environments can only be realized by importing and exporting the database. The delay is too large and the cost is too high, so it cannot be timely Carry out cross-network information management

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