Using these tools on networks you do not own or have explicit permission to test is often illegal and violates terms of service.
In many jurisdictions, executing a de-authentication attack or an unauthorized ARP spoofing routine is legally classified as a attack. In the United States, for example, unauthorized execution of these scripts violates the Computer Fraud and Abuse Act (CFAA), carrying penalties that include steep fines and imprisonment. Aspiring cybersecurity professionals should strictly limit their testing to self-contained, isolated home labs or authorized enterprise sandboxes. wifi kill github
| Repository | Platform/Language | Key Features | |------------|-------------------|---------------| | SpacehuhnTech/esp8266_deauther | ESP8266 (C++) | Web UI, deauth, beacon spam, probe requests | | ESP32-Deauther-EvilTwin | ESP32 (C++) | Evil twin + captive portal + credential theft | | Wifi-Jamer | Python (Scapy) | Simple CLI deauth jammer | | Wifi-Deauther | Python + GUI | Scanning + configurable attacks | | Hijacker | Android | GUI for aircrack-ng & mdk3 | | wifijammer | Python | Continuous deauth + channel hopping | Using these tools on networks you do not
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The result is that targeted devices are repeatedly kicked off the network, often reconnecting automatically only to be immediately disconnected again, creating a denial-of-service condition. It sniffs wireless traffic to find the MAC
At its core, a "WiFi Kill" tool found on GitHub is designed to manipulate the networking protocol of a local Wi-Fi network to block other devices from accessing the internet.
It sniffs wireless traffic to find the MAC addresses of the router and the target device.