WiFi device detector YX-007-W

l  Equipment Introduction

YX-007-W is a device developed for wireless signal analysis and precise position confirmation of WIFI terminal devices such as mobile phones, computers, and wireless cameras. This device demodulates and analyzes the target signal by receiving the wireless signal emitted by the mobile phone during communication with the wireless access point, thereby analyzing and summarizing the surrounding wireless signals. At the same time, precise positioning of targets can be achieved by measuring the wireless signal strength of WIFI terminals. It also supports interference countermeasures against target wireless signals, hindering their normal network activities.

l Equipment parameters

l Functional Description

1. Supports 802.11a/b/g/n/ac/ax protocol (WIFI 3/4/5/6).

2. Support target activity detection (hotspot detection supports various WIFI routers, AP access points, portable WIFI access points, soft APs, and mobile hotspot, etc. Terminal detection supports various WIFI terminals, desktops, laptops, tablets, phones, smart home devices, WIFI cameras, etc.).

3.Support scanning wireless access points, detecting wireless access point MAC, network name, channel, signal strength, transmission power, WIFI version, support rate, device manufacturer, etc. (including hidden hotspots).

4. Support scanning wireless terminal devices, detecting terminal MAC, signal strength, access status, access point information, detection information, etc. (including connected and unconnected devices).

5.Support WIFI wireless network association, automatically identify multiple access points of the same network, and associate the topology relationship between access points and terminals.

6.6. Support in-depth analysis of target devices suspected of WIFI cameras to further confirm device types.

7. Support wireless environment anomaly analysis, which can analyze devices with abnormal occurrences or disappearance in the environment, and support the analysis of target devices accompanying the environment in the event of environmental changes.

8.Support multi-target tracking in the 2.4G and 5G frequency bands, and the tracking effect depends on the number of targets.

9.Support approximate positioning of access points and terminals.

10. Support countermeasures against targets in the 2.4G and 5G frequency bands, as well as network wide countermeasures against the surrounding wireless environment.

11. Support blacklist settings and provide alerts for blacklist discovery.

12. Support pseudo hotspot detection function, with automatic warning when pseudo hotspot is detected.

13. Support the storage of historical detection data, and the saved file can carry information such as the storage time, storage location, device authorization unit, and device operator.

14. Support the comparison function of historical detection data, which can compare the differences in changes between hotspots and terminal devices in two scanning data, including devices remaining unchanged, devices disappearing, and new devices appearing.

15. Support collision detection function for historical data, which can compare hot spots and terminal data that exist simultaneously in multiple scanned data.

16. Support dynamic adjustment of scanning power, which can dynamically adjust 10 levels of power, filter out non focused devices with weak signals, and facilitate target search.

17. Support scanning detection to predict the trend of signal strength changes of devices in the environment, and display the signal changes of environmental devices (increasing, decreasing, or remaining unchanged).

18. Support the analysis of hidden hotspots, which can detect hidden hotspots in the environment and terminal devices connected to the hotspots, and support the resolution of the real names of hidden hotspots.

19. Support screenshot retention of the system operating environment.

20.Support downloading and exporting saved detection data and system screenshots (export data as execl tables for easy viewing).

21. Support brief analysis of the current wireless environment, display the distance distribution of hotspots on radar maps, and display the occupancy of environmental hotspots on channel distribution maps.

l Application scenarios

Scenario 1: Unknown wireless device search

The system detects unknown wireless devices with anomalies by scanning the surrounding wireless devices. By accurately locating the unknown target, the deployment location of the abnormal device can be found.

Scenario 2: WIFI wireless camera video viewing

An unknown wireless device has been detected in the target network and connected to the network through a wireless password. IoT (Internet of Things) device detection is initiated, and it is detected that the unknown device supports the ONVIF protocol (Open Network Video Interface Protocol). The video stream of the target camera head is obtained through the ONVIF protocol and displayed on the screen.