The refined traffic scheduling policy solves the problems such as unbalanced utilization of campus network bandwidth resources, route selection by multiple operators, and poor network access experience.

In a dual stack environment, user-defined policies are used to meet the demands of mixed scheduling of IPv4 and IPv6 resources and precise resource diversion.

It provides secure and reliable domain name resolution services to proactively discover and defend against DNS security risks, such as wormhole attack and malicious domain name access.

Campus digital assets can be “Visual”, “Assessable”, “Manageable”, “Controllable” and “Traceable” through active perception and intelligent analysis,.

Through non-perceptional authentication, the problem of repeated authentication for teachers and students’ activities in multiple regions can be avoided and the online experience can be improved.

DHCP fingerprint identification is used to discover privately connected AP on the network and control access of unauthorized mobile terminals.

the centralized management and decentralized authority achieve efficient coordination, easy to use and manage, and reduce the complexity of multi-regional management.

Standardized, systematic and process-based domain name /IP asset management covering the application, review, effectiveness, recovery and other processes and the life cycle management could be realized.

It provides multi-dimensional resolution and address management logs to facilitate source trace, analysis, and fault location, and achieves visualization, automation, and intelligence of O&M management.