2/23/2024 0 Comments Instal WiFi Explorer Pro 3All you need to do is add the WLAN Pi as a remote sensor: go to WiFi Explorer Pro > Preferences > Sensors, add a new remote sensor, enter its _wired_ IP address and give it a name. The remote sensor capability in WiFi Explorer Pro allows you to effectively use your WLAN Pi as a sensor you can access remotely. The USB OTG method works very well when you don’t have a network cable around or when you need to carry the WLAN Pi with you as you move with your Mac, but it has two limitations: you cannot connect to multiple WLAN Pis (their IP addresses will be the same, 192.168.42.1) and you cannot use the WLAN Pi a sensor that you can leave behind. When the WLAN Pi is used as an external adapter, the initial scan may take between 10 and 15 seconds as WiFi Explorer Pro determines the capabilities of the Wi-Fi dongle attached to the WLAN Pi, but then each subsequent scan may take between 3 to 5 seconds, depending on which channels are supported or whether or not there is activity on DFS channels. The nice thing about this option is that by simply connecting the WLAN Pi over USB, the WLAN Pi will automatically appear as an external adapter in WiFi Explorer Pro that you can choose for Wi-Fi scanning, and you can carry the WLAN Pi with your Mac, as it is being powered up via the USB port as well. A DHCP server running in the WLAN Pi will give your Mac an IP address in the 192.168.42.0/24 network, for example, 192.168.42.14. On the Mac, we can use this network interface to communicate with the WLAN Pi, which has a default IP address of 192.168.42.1. What this means is that when you connect your Mac to the WLAN Pi using a USB to micro-B cable (the same cable you use to power up the WLAN Pi), the WLAN Pi appears in your Mac as an Ethernet device, which is automatically configured via DHCP. The micro-USB B port on the WLAN Pi supports the USB On-The-Go (OTG) specification. There are two ways to connect to the WLAN Pi and use it for Wi-Fi scanning in WiFi Explorer Pro: 1. The WLAN Pi works together with WiFi Explorer Pro out of the box. Moreover, the ability to use different adapters with the WLAN Pi offers us the possibility to use an adapter with an external antenna and increase the number of networks WiFi Explorer Pro can see. You can also have the WLAN Pi as an external adapter that WiFi Explorer Pro can use for scanning, while at the same time keeping your Mac connected to a Wi-Fi network using your Mac’s built-in Wi-Fi adapter. This capability enables Wi-Fi engineers, for example, to drop a WLAN Pi in some location and connect back to it to perform Wi-Fi scans when necessary. The results of a remote scan are sent back to WiFi Explorer Pro and displayed in the same manner as the results produced by a scan using the built-in Wi-Fi adapter on your Mac. A remote sensor is a device capable of running a Wi-Fi scan on behalf of WiFi Explorer Pro. One of the cool things you can do with the WLAN Pi is to use it as a remote sensor in WiFi Explorer Pro. You can find additional information about the WLAN Pi project here. When attaching a compatible Wi-Fi dongle, the WLAN Pi can be used to create a hotspot to profile Wi-Fi clients, run throughput tests, Wi-Fi scanning, packet capturing, and much more. It comes with an OLED display, one or two USB ports and a Gigabit Ethernet port. It’s a small computer based on the NanoPi Neo2 board that is pre-loaded with a comprehensive set of tools for Wi-Fi professionals, including Kismet, bettercap, HORST, iPerf, and others. The WLAN Pi is a device designed for assessing, testing, and troubleshooting Wi-Fi networks.
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