High-tech enterprises have become an indispensable and important force in the market economy, and have become the key factors to promote economic development because of their strong technical strength, broad development prospects and excellent innovation capabilities. For high-tech enterprises, their data assets are particularly important, R & D data, product information, customer information, etc., data has become the foundation of enterprise development, it can be said that without data, high-tech enterprises can not develop.
The importance of data is self-evident, in order to protect core data, many high-tech enterprises such as Huawei, Xiaomi, Inspur, etc. have done network isolation, dividing the internal network of the enterprise into production network and office networkor the internal and external networks of the enterprise to isolate harmful external attacks and protect internal data assets. However, after network isolation, there is still a need for file exchange, that is, data file exchange between isolated networks.
Generally, high-tech enterprises use more ways including U disk and other mobile media, FTP applications, IM communication, and the file ferry system that comes with the network gate, etc., which can meet their cross-network file exchange needs to a certain extent, but there are still some problems
1) Low security and easy data leakage
First of all, the system security of the product is poor, there is no data security protection mechanism, and it is prone to attacks and theftSecond, without a corresponding data security management and control strategy, each product is independent of each other, which is difficult to manage, and there are security vulnerabilities, and data leakage incidents are prone to occur.
2) The file exchange process is uncontrollable
When employees start cross-network exchange of files, it is difficult to ensure that they have passed the compliance review, and they cannot grasp the exchanged documents in real time.
3) Lack of full log records, difficult to trace
Lack of comprehensive and complete logging makes it impossible for organizations to conduct accurate and effective auditsSimilarly, it is difficult to trace the exchange of documents that are risky or problematic.
4) It is difficult to effectively guarantee the efficiency of file transfer
Whether it is based on the FTP protocol or the HTTPS protocol, it will be limited by network conditions, and the efficiency of file transfer will be affected, which in turn will affect the efficiency of the overall business development.
Therefore, high-tech enterprises need more professional, more reliable and more efficient cross-network data exchange tools, which is why the cross-network file security exchange system is a must for high-tech enterprises, relying on professional platforms to build systematic file exchange channels and solve the dilemma of file exchange.
Feichi Yunlian FTRANS cross-network file security exchange system has the following significant advantages, providing enterprises with professional cross-network file security exchange solutions:
1. Support a variety of network isolation architectures, firewalls, DMZ, network gates, virtualization, etc., and support one-way and two-way data exchange between multiple isolated networks.
2. It has the log audit function of the whole platform, and can obtain the user's file exchange behavior log at any time.
3. Automatic archiving and traceability of documents, easy to trace all operation behaviors and documents.
4. Important documents can only be sent for approval, and a variety of approval processes such as transfer and review can meet various approval requirements and adapt to various enterprise organization and management models.
5. The front-end scheme is adopted, and the transmission process is fully encrypted to ensure the integrity and security of the data in the exchange process.
6. Strong integration capabilities and scalability, from auditing, to antivirus, encryption and decryption, etc., can be integrated, and quickly adapt to the existing IT system.
7. High-speed and reliable exchange of large-scale business data, terabyte-level single file, million-level massive file, and stress-free transmission.