WiFi networking method and device without SSID broadcast
A networking and network technology, applied in the field of WiFi networking methods and devices without SSID broadcast, can solve problems such as inability to work, SSID and access passwords are not easily changed frequently, and it is impossible to ensure whether the network exists or not, and achieves breakthroughs in technical bottlenecks. Effect
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Embodiment 1
[0046] Taking a simple system as an example, the method in the flow chart of the WiFi networking method without SSID broadcasting is described in detail, see figure 2 .
[0047] Assume that the MAC address of the WiFi port hardware device of the hotspot device is 10-20-30-40-50-60, the MAC address of the terminal device WiFi port hardware device is 11-22-33-44-55-66, and the remote server Ethernet port The MAC address of the hardware device is 01-02-03-04-05-60, the system time is October 15, 2018, recorded as 20-18-10-15, and the geographical location of the hotspot device is (North latitude 37.1598500667, East longitude 100.1936200300) It is (00-37-15-98-50-06-67, 01-00-19-36-20-03-00), and the geographical location of the terminal device is (37.1598500668 north latitude, 100.1936200301 east longitude) as (00-37 -15-98-50-06-68, 01-00-19-36-20-03-01).
[0048] Step 1, the hotspot device of the WiFi network interacts and stores the prior information with the remote server,...
Embodiment 2
[0068] Taking the simple system in Embodiment 1 as an example, the method in the flow chart of the WiFi networking method without SSID broadcasting will be described in detail below.
[0069] Step 1, the hotspot device of the WiFi network interacts and stores the prior information with the remote server, specifically:
[0070] The hotspot device interacts with the remote server and informs the remote server of the MAC address (10-20-30-40-50-60), system time (20-18-10-15) and geographic location (00-37-15 -98-50-06-68, 01-00-19-36-20-03-01);
[0071]The remote server selects a new SSID and access password generation algorithm as a priori information to inform the hotspot device; wherein, the generation algorithms of SSID and access password are respectively xs=remainder(fm*2 / 100) and xm=remainder((fm+ ft+fgj+fgw)*2 / 100), where 2 represents the second information interaction between the hotspot device and the remote device, fm represents the MAC address of the hotspot device, ...
Embodiment 3
[0087] Taking the simple system in Embodiment 1 as an example, the method in the flow chart of the WiFi networking method without SSID broadcasting will be described in detail below. Suppose there are 3 WiFi hotspots around the hotspot device: Hotspot A, Hotspot B, and Hotspot C. The MAC addresses of these three WiFi hotspots are: 10-20-30-40-50-10, 10-20-30-40- 50-20 and 10-20-30-40-50-30, and these three WiFi hotspots are in the state of SSID broadcasting, and the SSIDs are: hotspot A-10-20-30-40-50-10, hotspot B-10-20-30-40-50-20 and hot spot C-10-20-30-40-50-30; SSID and access password generation algorithm is xs=remainder(fm*k / 100) and xm= remainder((fm+ft+fgj+fgw)*k / 100), where k is the generation coefficient.
[0088] Step 1, the hotspot device of the WiFi network interacts and stores the prior information with the remote server, specifically:
[0089] The hotspot device obtains three WiFi hotspot devices around by scanning. The SSID and MAC addresses of the three hot...
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