Hello my Friends,
In today's procedure we will perform the SSID configuration for APs. This configuration will be done using the iMaster NCE- Cloud Campus. All APs that are added to the site have received the settings that were made for this SSID
Let's go.
Provision > Site configuration > Create

Figure 1 - Create SSID
2. Basic information of an SSID
In this step we can perform basic SSID configuration
SSID Name
Scheduled switch-on: We managed to define the time that the SSID will be in operation.
Effective radio: (2.4G Wlan-radio 0/0/0, 5G Wlan-radio 0/0/1, Wlan-radio 0/0/2), only some APs support Wlan-radio 0/0/2, triple-radio.
Network Connection mode: Layer 2 forwarding or NAT mode. In addition to the topology difference, these two scenarios define who will be the DHCP server for our network. In the layer 2 scenario it will be an internal DHCP, and in the NAT scenario it will be the Cloud.
VLAN: We were able to configure the VLAN of the AP.

Figure 2 - SSID Settings
Click Next and configure an authentication mode for end users connecting to the SSID
3. Security Authentication
In this step we will configure the security and authentication of our SSID. See in the image below that we can configure the SSID as, Open network, Semi-open network (PSK, PPSK, SAE, PSK-SAE), Secure Network (802.1X authentication), and Push pages (Portal Page).
In my configuration it as "Open Network", because i'm using a built-in platform push page.

Figure 3 - Security Authentication
Table 1 Mapping between authentication modes and configurations
Authentication Scenario | Authentication Mode |
iMaster NCE-Campus functions as the authentication server. | Portal authentication |
802.1X authentication | |
MAC authentication | |
iMaster NCE-Campus functions as a relay server. | API-based portal authentication |
Portal authentication in RADIUS relay mode | |
RADIUS authentication | |
Third-party server connected to iMaster NCE-Campus. | Interconnection with a portal server |
Interconnection with a RADIUS server |
4. Click Next and configure SSID-based policy control, such as SSID-based rate limiting, terminal rate limiting, IPv6, and ACLs.

Figure 4 - Policy Control
Thank you for reading.

