Two years of intelligent school construction have been acclaimed, with schools riding on various smart projects. There are intelligent classrooms, intellectual libraries, intelligence-protective, and heterogeneous.
The WiFi system on campus is not a side-kick for intelligent campuses, but an important infrastructure. Why? Because all intellectual applications need network support, and the billing system manages network access, controls network quality, and secures networks.
I was in one last year."Two-time class."Schools have initially placed the system of billing in a very minor position when they develop their programmes, with a budget of 500,000 dollars or less than 2% of total investment. We have studied this input and found it to be far from adequate.
We've made a check for the school.
If a problem with the system causes network disruptions, it will be millions if one of these costs is lost at an hourly rate of $1 million (including interruptions in teaching, scientific research, reduced management efficiency, etc.). And if two million more investments are made to build high-performance systems, not only will those losses be avoided, but they can also enhance user experience and support more intelligent applications.
The new system uses cloud-based structures to support flexible expansion that can respond to development needs over the next 5-10 years. At the same time, it has integrated artificial intelligence algorithms that automatically recognize unusual flows, predict network congestion, and optimize resource allocation.
This case is a very clear one.
The location of the WiFi system on campus in intelligent campuses needs to be revisited. It should not be a simple charge-back tool, but rather a central support platform for intelligent campuses.
For schools, building intelligent campuses cannot just look at visible and tactful applications, but rather at infrastructure like a billing system. Only when it is built on the foundations can smart campus buildings be built safely and well used.
In terms of the technical architecture
We believe that the new generation of campus WiFi will need to use a micro-service architecture, which would divide different functional modules into stand-alone services and allow for lax combing and high-intensity design. This would not only enhance the maintenance and expansion of systems, but also allow flexible deployment and upgrading.
In terms of data security, the WiFi system on campus needs to have a well-developed data protection mechanism. Student behaviour data online is very sensitive and must be kept strictly confidential. We suggest that schools should focus on systems ' data encryption, access control, audit logs, etc. when selecting a system, ensuring that data are adequately protected in storage, transmission, processing.
In terms of user experience
A new generation of billing systems should provide a more accessible and friendly user interface. Students can view their network usage, charging fees, filing failures, etc. via mobile phone APPs at any time.
In terms of standardization, the campus WiFi billing system should be based on relevant national and industry standards to ensure its openness and interoperability. For example, the system should support standard RADIFUS agreements, DHCP protocols, SNMPs, etc., that can seamlessly interface with other manufacturers’ equipment and management systems.
In green environment
A new generation of billing systems should focus on energy-saving emission reductions. Through smart power management, dynamic resource allocation, and other technologies, the system can minimize energy consumption while ensuring performance.
In general, the WiFi system on campus is very important in positioning intelligent campuses. It is not only a manager of network access, but also an administrator of data security and an enabler of intellectual applications.