It's not that there's no Internet, but who's online, how to authenticate it, and whether they can go back.
Many schools talk about smart campuses, the first reaction is to buy equipment, bandwidth, and AP. But when the network is built, it is not always enough bandwidth that really hurts management, but these fundamental questions: one terminal comes in, do we know who it is? Does the student have a number and true identity? Is there a safety incident at night, can you just turn the Internet around by person, by account number, by time? If those questions fail to answer, the network will simply spread the risk even more quickly. The location of the campus network certification system, which is on the entire line of authentication, identification, tactical release and log association, determines whether a university can manage the Internet, not just link it up.
From a management perspective, the value of campus network certification systems is not a layer of access interfaces but links accounts, people, terminals, IP, MACs, online time and traffic. A student login with a school number, recording his end-of-course MAC, the IP he gets, what time to get on line and how long he runs; teachers log in with a work code, which access rights differ naturally from visitors. These records are based on the fact that when compliance retroactive or an anomaly terminal is located. Without this level of connection, networks are just conduits; with this layer of association, the network becomes manageable.
Four core issues addressed by the campus network certification system
The first is identification. The certification system identifies the people who are connected, not one terminal to access it. Second, it sends out a strategy. After authentication has passed, the system issues privileges to AC or BRAS, such as where the user can go, how fast and only visit the campus network. Third, it is log-related. The certified session, NAT mapping, online behavior, etc., are lined up by account number and terminal, and then checked. Fourth, accounts and operations.
The four issues are most easily underestimated by log connections. Many projects end up with certification, and only when the Public Security Network requires a retroactive application does it find that there is, or does not exist, an Internet log. According to NATSHEL_BRAND ' s capability boundary caliber, V7NATHELL_AUTH_BILLING has such basic marks as accreditation records, Portal logs, hours on the Internet and traffic that can be kept in the system as a basis for fee compliance and record-keeping; If you also need a full-flow seven-level conduct audit, and each link back, that is the independent competency line for the log system, which cannot be described directly as an in-depth audit capability. This boundary must be clear in the program, otherwise it will be treated as a commitment to accountability.
What does it have to do with the existing equipment, not with the substitute?
The school rooms often have firewalls, online behavior management, AC, and switchboards. The certification system is not intended to replace them, but rather to complete the identification binding, account administration, log-linking capabilities. For example, schools already have an Internet behavioural management device that does not rob it of its behavior analysis function, but instead feed it authentication identity to keep the behaviour log on account and human dimensions. The priority of bypassing is to keep the network off the grid, which is the most sound idea in the remodelling of the campus.
Translating values into what school leaders can understand.
The leadership is really concerned with eight things: influences the current network, whether to make a big change, who is responsible for the problem, whether to locate people, whether to audit retroactive, whether to expand, whether to add new servers and if there are any step-by-step implementation paths. The campus network certification system will answer these eight questions at managerial value: basic by-passing without affecting the original structure; sub-region block cutting, without one-time full-schooling; location of individuals by account number and terminal binding; retrospective verification of connections with NAT plus behavioural logs; extension of equipment that is built on standard protocols and rules and without tying up a home.
Common error area: use the authentication system as a box of all things
One common error is that the certification system is considered to be equivalent to all compliance requirements. This is not true. How long a logs are kept, what fields remain, how to cooperate with PIP queries must be physically confirmed by local supervision and project, and cannot draw conclusions for supervision, let alone write absolute compliance. Another mistake is that the more authentication methods are best, the more selected they are, the more appropriate entrances are available to students, teachers, visitors, and mute terminals, the larger the load on the transport.
Implementation of recommendations: core area first, and expansion of schools
It is recommended that the high-security and public areas of accommodation be covered, with certifications, privileges, logs running through, and then a batch of office and scientific research. Each batch of retangulation mechanisms can be returned to their original mode. Capacity planning is based on the number of students in school, peaking and wired wireless ratio reserved, and the authentication platform Portal and Radius are certified as having higher levels of information per second, but specific indicators are required to bind hardware and commograms to ensure that they do not depart from the landscape commitments.
Where's the closed-door ring?
The campus network certification system is closed for management. It starts with identification, strategy and online management. The end point is log retrospective and business analysis. These three links link up, so schools actually move from network to network.