MAKE NETWORK SIMPLE,INTELLIGENT AND SECURE
MAKE NETWORK SIMPLE,INTELLIGENT AND SECURE
Date:2018-12-29 Hits:
Guangxi University, located at the China-ASEAN Cultural Exchange Center, is a national key engineering institution selected in the 211 Project, and has played an important role in fostering high-end talents in Southwest of China. As a vital infrastructure for promoting information application in education, the campus network of Guangxi University acts as a vehicle of education resources sharing, office business processing, and Internet access, providing access services for tens of thousands of users at the campus.
In the view of faculty members at the University, campus network is not only a channel for information communication, but also a powerful tool with traceability to manage and control terminals, users, and security incidents, which effectively facilitates network operation and maintenance.
With built-in network security protection and behavior control capabilities, DPtech Self-Secure campus network solution allows the network itself to make decisions on who can access, what they can do, and what has been done. In addition, it enables effective location of campus network threats and users in a visualized format to meet the faculty members’ requirements for a manageable, controllable and visible campus network.
▌ A natural barrier for building Smart Campus
Despite the huge explosion of network information construction projects in colleges and universities, the traditional network based on sharing makes it vulnerable to virus transmission and could result in large-scale virus spreading if a single computer is found infected. DP Self-Secure switches are provided with a built-in virus propagation model, which provides timely alerts and blocks any new type of viruses from spreading. Therefore, it can strangle virus spreading at birth by transforming from passive disposal after the virus spreading to real-time defense against unknown threats.
▌ Network doctor for Smart Campus
With the large number and wide distribution of campus network users, it is natural that large-scale downtime occurs frequently due to intranet attacks, ring networks and other threats. DPtech Self-Secure switch is effective in monitoring network status and identifying attacks. It helps realize intelligent blockage of threats and rapid location of network anomalies without involving large-scale manual investigations.
▌ Lightweight access management and control
Access authentication is a basic need to ensure Self-Secure access to campus network. Based on clientless authentication, DPtech's Self-Secure network solution effectively addresses the traditional solution’s shortcoming of repeated logins in daily operation and maintenance under traditional and during network roaming, greatly enhancing user experience. What’s more, the easy-to-use policy follow-up feature eliminates the need of manual policy reconfiguration after the terminal is moved. In this way, faculty members and students are assigned with the same access rights no matter where they are at the campus, strengthening the control of user rights.
▌ Full behavior traceability
The promulgation of No. 82 and 151 orders by the Ministry of Public Security raises higher requirements for the construction of network security auditing system. DPtech Self-Secure management platform enables quick traceability and location of security incidents through speedy match and query from multiple aspects, including user, terminal, incident, and behavior. In addition, the Self-Secure controller can work with the UAG device to enable traceability of user identities and behavior from inside out and provide trusted credentials to administrators, ensuring compliance and credibility of traceability information.
With built-in network security protection and behavior control capabilities, DPtech Self-Secure network solution allows the network itself to make decisions on who can access, what they can do, and what has been done. In addition, it enables effective location of campus network threats and users in a visualized format to meet the faculty members’ requirements for a manageable, controllable and visible campus network.
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