Frequently Asked Questions

If you're wondering whether the AutoPi device is compatible with your car, the answer depends on whether your car supports CAN (Controller Area Network) communication. The AutoPi uses a SocketCAN interface to communicate with vehicles, so if your car supports CAN, the AutoPi is likely to be compatible either out-of-the-box or with some configurations.
To find out whether your car supports CAN, you can refer to the car's manual or contact the manufacturer's customer support.
OBD-II systems became mandatory for all gasoline and alternate fuel passenger cars and trucks manufactured in 1996 and beyond. Generally, if your car is from 1996 or newer, the device is most likely compatible with your car.

The AutoPi CM4 device is equipped with a variety of physical interfaces that allow it to connect and communicate with other devices and systems. Here are some of the key interfaces you can find on the AutoPi CM4:

• Two USB 2.0 ports: These ports can be used to connect various USB devices such as external hard disks, dashcams, or an RFID reader.

• Ethernet port: This port enables the AutoPi to connect to wired networks, the internet, and use automotive ethernet.

• Micro HDMI: This interface can be used to connect an external screen to the AutoPi for video output.

• GPIO pins: The AutoPi CM4 also features a set of General Purpose Input/Output (GPIO) pins that can be used to connect and control e.g., other electronic devices and sensors.

These are just some of the more popular physical interfaces available on the AutoPi CM4 device. Depending on your specific needs and use case, you may find that other interfaces such as the CAN bus or SPI interface are also important for your project.

In any case, the AutoPi CM4's array of physical interfaces makes it a versatile and powerful device that can be adapted to a wide range of applications and projects.

If you're wondering whether the AutoPi CM4 device has a physical button for restarting it, the answer is yes.
The AutoPi CM4 features an I/O button that can be used to change the power state of the device. This button can be found at the side shield of the device.
To restart the AutoPi CM4 using the I/O button, you can simply press and hold the button for 3 sec or more until the device powers off. Then, release the button and wait a moment before pressing it again to turn the device back on.
In addition to the I/O button, the AutoPi CM4 also features a set of LEDs that can be used to monitor the status of the device and diagnose any issues that may arise.
You can learn more about the LED indicators and how to use them in the official documentation here.

The dimensions of the AutoPi CM4 device are as follows:

• Length: 133.5mm
• Width: 68.2mm
• Height: 36.6mm

Yes, the AutoPi device is designed to withstand up to 35V, which means that it can easily handle the ignition spike of a 24V battery.
The AutoPi TMU is a sophisticated device that is built to work in a wide range of environments and situations, and it has been designed to be rugged and reliable. Its robust design allows it to operate safely and efficiently even in harsh conditions, making it an ideal choice for use in vehicles and other demanding applications.

Yes, it is possible to reflash the AutoPi device. However, the process may vary depending on the version of the device you have.
Follow this guide: reflashing your device. By following this guide, you can reflash your device without needing to send it back to us.
The process is relatively straightforward, and we provide detailed instructions to guide you through it. However, if you encounter any issues, our support team is always available to assist you.

If you're wondering whether the AutoPi device supports DoIP/UDS, the answer is that it can, with the help of a HAT (Hardware Attached on Top) accessory.
The AutoPi is designed to communicate with vehicles using the SocketCAN protocol, which allows it to work with a wide range of vehicles that support CAN bus communication. However, if you need to communicate with a vehicle that uses the DoIP (Diagnostics over Internet Protocol) or UDS (Unified Diagnostic Services) protocol, you'll need to use a HAT accessory.
A HAT is a hardware accessory that can be attached to the top of the AutoPi TMU device to provide additional functionality and capabilities. In this case, a HAT can be used to add support for DoIP and UDS communication protocols, allowing the AutoPi device to communicate with vehicles that use these protocols.
If you're interested in using a HAT to add DoIP and UDS support to your AutoPi, you can contact the AutoPi sales team for more information. They can provide you with details on available HAT accessories and help you choose the one that's right for your needs.

Yes, you can attach external antennas to the AutoPi TMU device. The device can be customized to have up to three SMA antenna connectors.
If you have further questions or need assistance, you can contact the sales team directly for support.

Absolutely! If you're concerned about the power drain on your car's battery when using the AutoPi device, there are several ways you can reduce it.
The AutoPi is designed with power efficiency in mind, and there are several ways to reduce the passive power drain on your car's battery when using the device. With the right settings and configurations, you can enjoy the benefits of the AutoPi without worrying about draining your car's battery unnecessarily.

The AutoPi Mini is ideal for easy installation and basic but powerful telematics features like GPS and 4G/LTE, without the ability to make software customization or additions. The AutoPi TMU CM4 is tailored for those seeking advanced customization, willing to undertake initial setup for personalized experience, and requiring advanced features like a way to customize CAN communication or 24V support for trucks.

Yes, you can run custom Python scripts on your AutoPi device. The AutoPi device comes with a service that allows you to inject custom Python code modules directly onto the device. This service is called the "AutoPi Core" and it provides a simple and secure way to run custom code on your device.
To use the AutoPi Core service, you will need to create a custom worker. A worker is a Python module that runs in the AutoPi Core service and can interact with the device's hardware, data, and other services. You can write your custom worker using any Python library or framework you prefer.
Once you have created your custom worker, you can upload it to the AutoPi Cloud and then install it on your device using the AutoPi Cloud interface. The worker will then run on your device and execute your custom Python code.
For more information on how to create custom workers and run custom Python scripts on your AutoPi device, you can refer to this AutoPi documentation guide on creating custom workers. If you have any questions or need further assistance, the AutoPi support team is available to help.

Certainly! The AutoPi device is designed to be extremely versatile, allowing it to function in either hotspot or client mode, based on your requirements.
In hotspot mode, the AutoPi device can act as a Wi-Fi hotspot, allowing other devices to connect to it and access the internet through its cellular or Wi-Fi connection. This can be useful when you're on the go and need to connect other devices, such as a laptop or tablet, to the internet.
In client mode, the AutoPi device can connect to other Wi-Fi or cellular networks, allowing it to receive connectivity from other sources such as mobile phones, Wi-Fi hotspots, or other wireless networks. This can be useful if you have a pre-existing internet connection that you want to use with your AutoPi device, or if you want to connect the device to a specific Wi-Fi network for testing or if your vehicles are driving in offline mode.
Whether you need to use a hotspot or client mode, the AutoPi device is designed to be highly flexible and adaptable to your specific needs. And with its support for a wide range of connectivity options, you can rest assured that you'll be able to stay connected and in control no matter where you are.

You can own up to three devices without having to pay for a subscription to use the AutoPi Cloud services.
This means that you can have up to three devices and take advantage of our Cloud's powerful features and capabilities.
Of course, if you need to connect more than three devices to the cloud, you can do so by purchasing a subscription that meets your needs. We offer a variety of subscription plans to choose from, each of which is designed to provide you with the flexibility and scalability you need to manage your devices and data effectively.
To learn more about the AutoPi Cloud and the different subscription options available, please contact the AutoPi sales team. They'll be able to provide you with more detailed information and help you find the subscription plan that's right for you.

If you're interested in reverse engineering the CAN Bus system in your car, you're in luck! The AutoPi platform offers a variety of tools and resources to help you get started with this process.
To learn more about reverse engineering the CAN Bus system in your car, we recommend checking out the AutoPi blog. In particular, this article can help you get started with reverse engineering the CAN Bus system in your car.
This article provides an overview of the CAN Bus system and explains how to use the AutoPi platform to access and analyze the data transmitted over the network. It also includes practical examples and tips for discovering hidden functions in your car using the CAN Bus system.

Yes, you can configure the frequency and sampling rate of the accelerometer, gyroscope, and GPS on the AutoPi device. The device is highly customizable and allows for a range of configurations and settings. You can adjust the settings through the AutoPi Cloud interface or by using the AutoPi API to create custom scripts and applications. This level of flexibility allows you to tailor the device to your specific needs and use cases.

If you're looking to run commands and set up custom workers on your AutoPi device, you're in luck! The AutoPi platform offers a variety of tools and resources to help you get started with these tasks.
To learn more about how to run commands and create custom workers, we recommend checking out the AutoPi documentation. There, you'll find detailed guides and tutorials that walk you through the process step by step, including how to use the AutoPi Cloud platform to manage your devices and services.
In particular, this guide can help you get started with creating custom workers and running commands on your AutoPi device. This guide provides an overview of the different types of workers you can create, including Python workers, shell workers, and more. It also explains how to use the AutoPi Cloud platform to manage your workers and run commands on your devices.
Whether you're a seasoned developer or new to the AutoPi platform, the AutoPi documentation is a valuable resource that can help you get the most out of your devices and services. So don't hesitate to explore the documentation and start creating your own custom workers today!

While it is possible to transfer the AutoPi device between different vehicles, it is worth noting that frequent swapping between the same vehicles could become cumbersome. In such cases, it might be more convenient to have a dedicated AutoPi device for each vehicle. This will eliminate the need to frequently reinstall and remove the device and ultimately save time and effort in the long term.

To set up Docker on your AutoPi device, you can follow the instructions provided in the AutoPi documentation guide for setting up Docker. The guide provides detailed steps for installing Docker, configuring the Docker daemon, and running Docker containers.
If you encounter any issues or have further questions, the AutoPi support team is available to assist you.

To connect your AutoPi device to a Wi-Fi network, you can log in to the device's local host and set up the Wi-Fi connection from there. You will need the network name and password for the local Wi-Fi network you want to connect to. Once you are logged in to the device's local host, you can navigate to the Wi-Fi settings page and enter the details for the network. After saving the settings, the device will attempt to connect to the Wi-Fi network. You can access the guide at the following this link.

If you have just received your first AutoPi device and you're not sure where to start, the best way is to follow our Getting Started Guide. This guide will walk you through the initial setup process, including how to connect the device to a power source and how to connect to the device's local host. It includes detailed instructions on how to set up your device, how to connect to the AutoPi Cloud, and how to use some of the basic features of the device. By following the guide, you'll be up and running with your AutoPi device in no time.

The location of the OBD-II port can vary depending on the make and model of your vehicle. However, in most cases, the OBD-II port is located under the dashboard on the driver's side of the vehicle. You can refer to the owner's manual or read this guide to find the common placement of the OBD-II port in vehicles.

Yes, you can change the name of your AutoPi device. You can do this by accessing the device's settings in the AutoPi cloud. Simply log in to your AutoPi account, click on your avatar, select "Account," and then navigate to the "Devices" page. From there, you can select the device whose name you want to change and update its call name.

If you're wondering whether it's possible to turn on the AutoPi device remotely, the answer is yes. However, the specific methods for doing so may vary depending on the device's power source and configuration. If the device is connected to a power source such as a vehicle or power supply, there are different ways of remotely waking up the device. For example, you may be able to use the AutoPi Cloud platform or mobile app to send a wake-up command to the device, or you may be able to configure the device to wake up automatically when it receives a specific type of signal or input. To learn more about how to remotely wake up your AutoPi device and what options are available, please contact us.

If you want to delete all personal information from the AutoPi system, you should contact support@autopi.io and they will assist you with the process.

For transferring ownership, deleting all logged data on a device, or changing the email associated with the device, you should contact support@autopi.io. They can guide you through the process and ensure that all the necessary steps are taken to properly transfer ownership and delete data if needed.

There could be several reasons why you may not be able to register your device. One common reason is that the device may already be registered to another user's account. In such cases, you should contact support@autopi.io to help you resolve the issue. Other reasons could include problems with the device's network connection or issues with the device's hardware.