The Internet of Things (IoT) has recently emerged as one of the most significant technological advancements of the twenty-first century. Internet-connected physical objects that are often seen are referred to as IoT. All physical devices, including sensors, that may be utilized to incorporate software are referred to as things in the IoT. An unmanned aerial vehicle is a drone. As the name implies, there is no human pilot present on the board. Because of its small size and light weight mechanism, it has a lot of potential to do jobs that can ease our daily life. Different frequency signals may be used to operate the drones. Drones with wifi connectivity may also be controlled by wifienabled devices, such as smartphones, unlike radio frequency drones, which are typically flown via a remote control. Due to their advantages, drones are being used more often for both legal and illegal activities, including the transfer of illegal goods over international boundaries and the monitoring of security. Anti-drone technologies are being developed as a result since they might be crucial in the development of smart cities in the future. But citizens can no longer deploy anti-drone equipment due of their high cost. We have proposed a proposal for an IoTbased anti-drone system as a result in this study. Building a WiFi-Pineapple and Raspberry Pi anti-drone system is the article's main goal. Drones with wifi capabilities may be brought down or even taken over because of their vulnerability to wireless attacks, requiring them to land in a safe or emergency mode. The drone that was near to the system was our target in this paper's attempt to employ wireless attacks with the following components. Wireless attack elements include packet spoofing, deauthentication attack, DOS attack, wireless password cracking, and unauthorised root access attack. This study has described its findings and attack success rate. The DJI Tello drone that was used in this experiment has WiFi capabilities, and the system was automated so that it could decide how to carry out the assaults on its own.

Anti-drone System, IoT, Wireless Attacks, Automation