The same thing is to connect WiFi to the Internet, either with a password for account numbers, or with a text message-checking code, or with a clean-up code, or with a first certification. These seemingly different experiences correspond to different authentication methods supported by the WiFi certification system. Authentication is correct and directly affects user experience, management efficiency and security levels.
Account password and key login
The user password is the most basic authentication method, with pre-allocated account numbers and passwords completed. This approach allows simple, non-dependent third-party systems that are suitable for a fixed user group, account numbers being distributed by managers, such as intra-enterprise employees, campus students. One key entry is simplified on the basis of an account password, which enables users to automatically complete the authentication by clicking on a button, which is appropriate for those who have already registered devices or identities in the system.
Text message authentication and authentication
SMS authentication requires users to enter a cell phone number, send the system identification code, and complete the certification after the user has entered the authentication code. The greatest advantage of this approach is the real name: each cell phone number corresponds to a true person, and the authentication record can be traced back to specific users, appropriate for locations requiring physical access, such as hotels, airports, public areas. SMS authentication also meets the requirements of regulatory authorities like public security for real names and logs.
Micromail and APP authentication
Micro-letter authentication allows users to complete their authentication through micro-mail sweeps without having to enter a code for the account, experience it in a fluid way and fit into a high-visibility setting such as a mall, hotel, campus. The APP certification is done through business micro-credit, nails, flybooks, or enterprise custom-defined APPs that are suitable for enterprises and institutions with an existing unified office APP, and can be connected to existing organizational structures and identity systems. Both approaches share the common features of convenience but rely on third party platform availability, which may affect certification when third-party platforms fail, and require alternatives.
LDAP and 802.1X authentication
LDAP certification is combined with Windows domain certification to achieve a uniform corporate identity and authority, suitable for enterprises and government entities in the AD domain. 802.1X certification is linked to an exchange or NAC, which carries out authentication controls based on ports, does not close through port, has the highest security level, and fits highly security requirements such as finance, government, core businesses etc. deployments are relatively complex, require alignment with existing IT systems, and prior connectivity is more demanding, but once it runs, safety and regulatory norms are good.
MAC Absence and Second Exemption
MAC Seamless Authentication is a terminal-based MAC address, and after user first authenticates the system automatically recognizes terminals when followed to access and completes certification without requiring user reoperability, which is best experienced. Second exemption is that during active life, users once again access the system automatically judges and exempts them from authentication, which is suitable for fixed users of periodical access. Both approaches significantly reduce difficulties in duplicate authentication and are appropriate for fixed user scenarios such as campuses, businesses, hotels, etc. It should be noted that NATSHEL_SEAMLESS_AUTH has a life-cycle set-up which balances safety and experience, too long for security risks and too short for impact.
Third-party data source and card swipe authentication
WiFi certification systems can also be interfaced with any third-party data source, such as a campus-based cartoon, enterprise OA, and any third-party database, by reusing the existing account number system to avoid multiple account codes. Card-scribing certification is done through identification cards or workbooks that are suitable for documented reading facilities at airports, government halls, etc. The key to this type of matchmaking is whether the third-party system has an interface open, the fields mapable and the conditions for connection are identified in the pre-project period and cannot be assumed to be automatic."We'll be able to connect with the system."。
In practical projects, it is often not only one form of authentication but a combination of different ways. For example, intra-enterprise employees use LDAP or 802.1X for certification, visitors use text messages or microletters for authentication, and fixed end uses MAC NATSHELL_SEAMLES_AUTH. Different user groups use different forms of authentication that can ensure both safety and experience.
Note that any form of authentication (micro-mail, APP, text message) relying on a third party platform requires consideration of options for third party platforms when they fail. It is recommended to retain at least one basic method of authentication (such as account passwords) that does not rely on a third party as the back-up to ensure that users can still access the Internet if the third party platform is unavailable. The redundant design of certification forms is an important safeguard of system stability and should be considered in advance in advance of the pre-delays for transport.
WiFi certification systems support more than one type of authentication, ranging from basic account codes to easy micro-mails and text messages, to high security LDAP and 802.1X, to the best Seamless Authentication, each with its own context. The selection should be based on user groups, security requirements and existing IT systems, rather than on a search for more. The authentication method is properly configured to strike a balance between experience, safety and management, allowing the WiFi certification system to be used.