Wireless configuration of wireless distribution system (WDS) Wi-Fi range extenders using non-Wi-Fi-wireless communication channels
A configuration server detects a network change and initiates a configuration process. A smartphone executing a mobile app communicates with the configuration server with a cellular data network transceiver (e.g., a 3G or 4G transceiver), and communicates with slave base stations with a Bluetooth transceiver (e.g., a BILE transceiver) or other one-to-many wireless channel. The configuration server also communicates over a wired connection with a master base station to synchronize WDS configuration data between the master and slave base stations. WDS configuration data is dynamically generated to prevent rogue devices from using preconfigured WDS configuration.
1. A computer-implemented method in a configuration server of a data communication network and remote from a local Wi-Fi network, implemented at least partially in hardware, for wirelessly configuring slave base stations in a wireless portion of the data communication network, the method comprising the steps of:
storing WDS (wireless distribution system) configuration data for a master base station having a wired connection to the data communication network on the configuration server remote from the local Wi-Fi network, the master base station providing wireless access via the local Wi-Fi network for wireless stations to access the data communication network;
establishing a data connection with a wireless station having a first radio for wireless connection to the data communication network, and the wireless station having a second radio for wireless connection to a slave base station over a second wireless data network, the wireless station second radio within radio range of the slave base station;
generating updated dynamic WDS configuration data unique from previous dynamic WDS configuration for the slave base station from the WDS configuration data of the master base station;
sending the updated generated dynamic WDS configuration data to the wireless station, wherein the wireless station forwards the updated generated dynamic WDS configuration data to the slave base station using the second radio on the second wireless data network; and
sending the updated generated dynamic WDS configuration data to the master base station to synchronize dynamic WDS configuration data for authentication of the slave base station;
wherein a plurality of slave base stations are configured along with the slave base station and further comprising:
detecting that one of the plurality of slave base stations has been removed from communication with the master base station; and
responsive to the detection, generating new dynamic configuration data for the slave base station and remaining of the plurality of slave base stations for configuring under new credentials.
2. The method of claim 1 , further comprising:
receiving WDS configuration data for the master base station, from the master base station, prior to generating dynamic WDS configuration data.
3. The method of claim 1 , wherein the dynamic WDS configuration data comprises a dynamically generated SSID (service set identifier).
4. The method of claim 1 , wherein the dynamic WDS configuration data comprises authentication credentials.
5. The method of claim 1 , further comprising:
receiving an indication that the slave base station is with radio range of the master base station.
6. The method of claim 1 , wherein a plurality of slave base stations are configured along with the slave base station, successively when within radio range of the wireless station.
7. A non-transitory computer-readable medium for storing instructions that, when executed by a processor, perform method in a configuration server of a data communication network and remote from a local Wi-Fi network, implemented at least partially in hardware, for wirelessly configuring slave base stations in a wireless portion of the data communication network, the method comprising the steps of:
storing WDS (wireless distribution system) configuration data for a master base station having a wired connection to the data communication network on the configuration server remote from the local Wi-Fi network, the master base station providing wireless access via the local Wi-Fi network for wireless stations to access the data communication network;
establishing a data connection with a wireless station having a first radio for wireless connection to the data communication network, and the wireless station having a second radio for wireless connection to a slave base station over a second wireless data network, the wireless station second radio within radio range of the slave base station;
generating updated dynamic WDS configuration data unique from previous dynamic WDS configuration for the slave base station from the WDS configuration data of the master base station;
sending the updated generated dynamic WDS configuration data to the wireless station, wherein the wireless station forwards the updated generated dynamic WDS configuration data to the slave base station using the second radio on the second wireless data network; and
sending the updated generated dynamic WDS configuration data to the master base station to synchronize dynamic WDS configuration data for authentication of the slave base station;
wherein a plurality of slave base stations are configured along with the slave base station and further comprising:
detecting that one of the plurality of slave base stations has been removed from communication with the master base station; and
responsive to the detection, generating new dynamic configuration data for the slave base station and remaining of the plurality of slave base stations for configuring under new credentials.
8. A configuration server of a data communication network and remote from a local Wi-Fi network, implemented at least partially in hardware, for wirelessly configuring slave base stations in a wireless portion of the data communication network, the configuration server comprising:
a memory to store WDS (wireless distribution system) configuration data for a master base station having a wired connection to the data communication network on the configuration server remote from the local Wi-Fi network, the master base station providing wireless access via the local Wi-Fi network for wireless stations to access the data communication network;
a network interface to establish a data connection with a wireless station having a first radio for wireless connection to the data communication network, and the wireless station having a second radio for wireless connection to a slave base station over a second wireless data network, the wireless station second radio within radio range of the slave base station;
a processor, coupled with the memory and the network interface, to generate updated dynamic WDS configuration data unique from previous dynamic WDS configuration for the slave base station from the WDS configuration data of the master base station;
wherein the network interface transmits the updated generated dynamic WDS configuration data to the wireless station, wherein the wireless station forwards the updated generated dynamic WDS configuration data to the slave base station using the second radio on the second wireless data network, and transmits the updated generated dynamic WDS configuration data to the master base station to synchronize dynamic WDS configuration data for authentication of the slave base station;
wherein a plurality of slave base stations are configured along with the slave base station and the processor detects that one of the plurality of slave base stations has been removed from communication with the master base station, and responsive to the detection, the processor generates new dynamic configuration data for the slave base station and remaining of the plurality of slave base stations for configuring under new credentials.