Wiktor Wise
Electric scooters have become a popular mode of transport, especially in urban areas. However, their rise in popularity has also made them a target for hackers. Security researchers have discovered vulnerabilities in certain scooter models, particularly in the Bluetooth connection and password authentication processes, which can allow hackers to manipulate the scooter's speed and brakes, posing significant safety risks to riders. This has led to concerns about the potential dangers of scooter hacking and calls for improved security measures to protect users.
| Characteristics | Values |
|---|---|
| Ease of hacking | Electric scooters are surprisingly easy to hack due to their low system complexity and security vulnerabilities, particularly in their software systems and communication protocols. |
| Vulnerabilities | Firmware vulnerabilities, inadequate authentication mechanisms, Bluetooth security flaws, Wi-Fi and cellular connection risks, lack of encryption, and physical access. |
| Exploits | Unauthorized control, data breaches, safety risks, data theft, remote locking/unlocking, sudden acceleration/braking, GPS tracking bypass, and free rides. |
| Prevention | Manufacturers must implement robust security measures, such as improved authentication and encryption, to protect against potential threats. |
| Impact | Hacking can lead to malicious tampering, disruption in operation, inconvenience, and potential safety hazards. |
| Examples | The Xiaomi M365 scooter, popular with ride-sharing services, has been hacked to manipulate its functions, including locking, acceleration, and braking. |
| Mitigation | Some companies have updated firmware and phased out vulnerable models. |
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What You'll Learn
Hacking electric scooters to increase their speed
Electric scooters have become a popular mode of transportation, offering a fun, eco-friendly, and efficient way to get around. While they are designed with speed limits and safety regulations in mind, some riders seek ways to increase their scooter's speed. It is important to note that modifying your scooter may void its warranty, affect its legal compliance, and increase the risk of accidents, so proceed with caution. Here are some methods to safely increase the speed of your electric scooter:
Check the Built-in Settings:
Before attempting any modifications, ensure you are utilising your scooter's built-in settings to their fullest potential. Most electric scooters come equipped with different speed modes, such as Eco, Standard, and Sport. Adjusting these settings can provide a quick speed boost without the need for any physical alterations.
Upgrade the Battery:
Upgrading the battery to a higher-capacity or higher-voltage battery can significantly increase your scooter's speed. Bigger batteries provide more power, but they also make the scooter heavier. Ensure that the new battery is compatible with your scooter's electrical specifications to avoid damage or safety hazards.
Modify the Electronic Speed Controller (ESC):
The ESC manages and distributes power to the scooter's motor. Adjusting or replacing the ESC can override the factory-set speed limits. This process may require basic programming skills, specialised hardware, or software. It is important to proceed with caution, as incorrect modifications could lead to malfunctions and safety issues.
Remove Speed Limiting Wire:
Many electric scooters have a speed-limiting wire that restricts the controller's power output to the motors. Removing this wire can unlock the full potential of the motor and controller, resulting in increased speed. However, this modification may void the warranty and increase the risk of damaging the controller or motor due to operating beyond their recommended parameters.
Upgrade the Motor:
Upgrading to a more powerful motor can significantly boost your scooter's speed and performance. However, this modification may require a good level of technical knowledge to ensure the new motor is compatible with the battery and controller.
Reduce Weight and Maintain Tyre Pressure:
Removing unnecessary accessories, such as heavy locks, bulky baskets, or decorative add-ons, can reduce the overall weight of your scooter, allowing it to move faster and more efficiently. Additionally, maintaining proper tyre pressure can improve speed and energy efficiency.
It is important to research the local laws and regulations regarding speed limits and scooter modifications to ensure your safety and compliance. Some upgrades can be done at home, but more complex modifications may require professional assistance to ensure safety and correctness.
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Exploiting vulnerabilities in Bluetooth connections
Electric scooters are a growing trend in urban transportation, with numerous components and software systems that work together to provide a convenient mode of transportation. However, they are not immune to security vulnerabilities, especially in their software systems. These vulnerabilities can lead to unauthorized control, data breaches, and safety risks.
One of the critical issues lies in the firmware, the low-level software that controls the scooter's hardware. Firmware vulnerabilities can allow attackers to manipulate the scooter's functions, such as speed and braking systems. Inadequate authentication mechanisms in scooter software are also a concern. Some scooters lack robust authentication, making them vulnerable to remote access by attackers.
Bluetooth security is a primary concern in electric scooter hacking. Scooters often rely on Bluetooth for smartphone connections, and vulnerabilities in Bluetooth protocols can expose them to hacking attempts. For example, a weak Bluetooth implementation might allow an attacker to intercept communications between the scooter and its app, resulting in data theft or unauthorized control.
The potential for malicious attacks using electric scooters has been explored, including the possibility of spreading viruses to connected phones. Additionally, vulnerabilities in Wi-Fi and cellular networks can lead to data interception or remote control of scooter functions. The lack of encryption in data transmission further exacerbates these risks, as sensitive user information can be easily accessed by malicious actors.
To prevent these hacking attempts, manufacturers must prioritize implementing robust security measures to protect user safety and privacy. As the technology evolves, addressing these security vulnerabilities is crucial to ensure the safe and secure operation of electric scooters.
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Installing malicious firmware to control scooters
Electric scooters are vulnerable to hacking due to security flaws in their software and communication systems. These vulnerabilities can lead to unauthorized control, data breaches, and safety risks. One way to exploit these vulnerabilities is by installing malicious firmware.
Firmware is the low-level software that controls the scooter's hardware, including its speed and braking system. By pushing malicious firmware updates, attackers can gain control of the scooter's functions and user data. For example, researchers developed a proof-of-concept app that could lock nearby Xiaomi M365 scooters by exploiting the anti-theft feature, without the need for authentication or the owner's knowledge. Similarly, custom firmware has been created for various scooter models, such as the Ninebot ESx and Max G30, as well as different Xiaomi variants.
To install malicious firmware, an attacker would typically need to gain physical access to the scooter and connect it to a computer via a USB cable. They would then use a flashing tool to update the scooter's firmware with malicious software. This process can vary depending on the scooter model, and interrupting the flashing process could damage the scooter's electronics.
It's important to note that hacking electric scooters is illegal and can lead to serious safety risks. The potential for malicious tampering with public-use scooters has been demonstrated in incidents like the offensive audio playback in Austin, Texas, and remote locking and unlocking of scooters in Brisbane, Australia. Scooter manufacturers are working to address these security vulnerabilities, but until robust security measures are implemented, scooters remain vulnerable to hacking attempts.
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Using hacks to steal scooters or user data
Electric scooters are vulnerable to hardware and software hacks. Scooter-sharing companies like Bird, Lime, Scoot, Skip, and Spin have faced backlash for their tech's security vulnerabilities. Scooter hacks spread quickly online, but some companies don't seem concerned. The ease of hacking scooters varies with their customizability, proprietary design, and built-in security features.
One popular trick involves lifting the scooter off the ground to cancel a ride without turning off the motor, allowing free rides. Other hacks include slapping stickers on QR codes to disable unlocking, cutting brake lines, and tampering with the scooter's "brain" to avoid GPS tracking. Scooter companies are implementing security measures, such as locks, to prevent hacking and theft.
To protect their scooters from being hacked or stolen, users can employ various security measures. This includes investing in multiple locks, such as disc locks, U-locks, and steering locks, to secure the wheels and prevent the scooter from being pushed or ridden away. Additionally, users can utilize anti-theft alarms, which detect tampering and generate loud noises to deter thieves and attract attention. Carrying cases and designated parking spots can also help keep scooters secure when not in use.
While these security measures can help, determined thieves may still find ways to steal scooters. As such, it is advisable to avoid leaving scooters unattended whenever possible and to utilize public transportation or alternative options if safe storage is not available.
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Scooter companies' responses to hacking vulnerabilities
Electric scooters are vulnerable to hacking due to software and communication weaknesses. These vulnerabilities can lead to unauthorized control, data breaches, and safety risks for riders. Scooter manufacturers and users share the responsibility for ensuring scooter security.
Scooter companies can implement several measures to enhance security and protect their users from potential hacking threats. Firstly, regular software updates are crucial. Manufacturers should promptly address any identified vulnerabilities and release patches to fix bugs that could be exploited by attackers. For instance, a software update might fix an issue that could allow an attacker to bypass the scooter's locking mechanism. Real-time monitoring systems can also be incorporated into scooters to detect hacking attempts early on and alert both the user and the manufacturer to potential threats.
Additionally, companies can improve security through encryption and authentication measures. Robust authentication mechanisms can prevent unauthorized access, reducing the risk of remote control breaches. Scooter manufacturers should also encourage users to follow security best practices, such as regularly updating their scooter's software and companion mobile apps and securing their personal devices connected to the scooter.
By proactively addressing security concerns and working collaboratively with users, scooter companies can significantly mitigate the risk of scooter hacking and ensure a safe and reliable experience for their customers.
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Frequently asked questions
You can manipulate a Xiaomi M365 scooter through a Bluetooth connection. The scooter can be accessed via an app that connects to it, as long as the user authenticates with a password. However, the password fails to completely protect users as the scooter doesn't keep track of the authentication state.
You can cause the scooter to fully accelerate or come to a screeching halt.
Avoid customising your scooter as they are more difficult to hack. Also, always wear a helmet.
You can override the scooter's software to increase its speed.
Yes, hacking electric scooters can cause safety risks and strain on other parts of the scooter.
