Bluetooth music electric scooter - portable electric scooter
Bluetooth electric balance scooter, also known as somatosensory car, two-wheel self-balancing electric scooter, is not only a means of transportation, but also a mobile platform for video, shooting and sharing. Therefore, it is difficult to define its kind by traditional classification. Some people think it should be a powered scooter, but it is a single-axle two-wheel design that is slightly different from a traditional two-wheeled two-wheeled scooter. In some more formal situations, this type of vehicle is also referred to as an "electric personal assisted electric device."
So how do you connect the self-balancing scooter to the Bluetooth function? Here are some steps to tell you. 1. First, the mobile phone and the car Bluetooth device should establish a pairing relationship. Turn on the Bluetooth function of the phone and the Bluetooth device on the phone separately, and set the Bluetooth setting of the phone to “Everyone is visible”; 2. Then search for the Bluetooth device in the phone. After searching, select the pairing connection. The pairing password is 0000. After the pairing is completed, the connection is successful. 3. After the car Bluetooth and the mobile phone Bluetooth pairing connection is successful, you can make and receive calls; play music on the mobile phone and enjoy music on the car Bluetooth device.
The rise of IoT devices has brought new opportunities and convenient worlds, and unfortunately, the risks are high. These risks can be found in your smart home, network devices, and even at your feet - Bluetooth electric scooters, a new urban commute. That's why Zimperium takes the IoT security seriously and why we work closely with suppliers and manufacturers to improve the security of the Internet of Things. As part of the Zimperium zLabs team's IoT research, we studied the Xiaomi M365 electric scooter and placed it within our reach. Xiaomi's scooter has a large market share and is being used by different brands and with some modifications. Bluetooth communication is used to manage the scooter.
Bluetooth access allows the user to interact with the scooter for a variety of functions, such as anti-theft systems, cruise control, eco mode, and updating the firmware of the scooter. To access these features, users can use a dedicated application and each scooter is protected by a password that can be changed by the user. During our research, we determined that the password was not properly used as part of the scooter's certification process, and that all commands could be executed without a password. The password is only verified on the application side, but the Bluetooth electric scooter itself does not track the authentication status.