Remember KITT, the talking car from Knight Rider? Transforming your own car into a modern-day KITT is closer than you think, thanks to advancements in OBD2 technology and platforms like AutoPi. This article explores how to leverage the power of AutoPi and Google Assistant to create your own Knight Rider Kitt Obd2 experience, enabling voice commands and potentially even a talking car.
AutoPi’s telematics unit (TMU), combined with the Google Assistant SDK, opens up exciting possibilities for interacting with your vehicle. While a full-fledged conversation with your car might still be a futuristic concept, issuing voice commands and receiving audible responses is now a reality.
AutoPi TMU: The Foundation of Your Knight Rider Kitt OBD2 System
The AutoPi TMU is a powerful telematics device that plugs directly into your car’s OBD2 port. This connection grants access to a wealth of vehicle data and control functions. The TMU boasts 4G/LTE connectivity for constant communication with the cloud and features continuous GPS tracking.
A user-friendly cloud management platform allows you to monitor your car’s telematics in real-time, configure settings, and even write custom Python code modules to extend functionality. This customizability is key to integrating with Google Assistant and creating your knight rider kitt obd2 setup.
Integrating Google Assistant with AutoPi for Voice Control
The Python-based Google Assistant SDK is designed to seamlessly integrate with the AutoPi TMU, whose core software is also built on Python. This compatibility allows you to develop a system where you can give voice commands to your car.
By utilizing the AutoPi dashboard’s web interface, you can write and upload custom Python scripts to the TMU. Adding a simple USB microphone completes the hardware requirements for your knight rider kitt obd2 project.
The process involves recording your voice command via the microphone, sending it to Google for parsing, and then triggering actions based on the interpreted text. The AutoPi’s built-in speaker can then provide audible feedback, creating a truly interactive experience.
How Your Knight Rider Kitt OBD2 System Works
The interaction flow between you, AutoPi, and Google is as follows:
- You speak a command into the microphone.
- The Python application on the AutoPi records and transmits the command to Google Assistant SDK.
- Google Cloud Platform processes the audio and converts it into text.
- The text is sent back to the AutoPi.
- The AutoPi application analyzes the text and executes the corresponding action, potentially interacting with the car’s systems via the OBD2 port.
- The car performs the requested action (e.g., rolling down a window).
- The AutoPi uses the speaker to provide audible confirmation.
Beyond Basic Commands: Expanding Your KITT OBD2 Capabilities
The possibilities extend far beyond simple commands. Imagine remotely starting your car with a voice command from your smartphone, a true Knight Rider scenario. The combination of AutoPi and Google Assistant provides a platform for endless customization and innovation in your knight rider kitt obd2 project.
AutoPi: Featured at Google I/O
AutoPi’s potential was recognized at the Google I/O 2017 conference in San Francisco, highlighting its innovative capabilities.
Conclusion: Unleash Your Inner Michael Knight with AutoPi
AutoPi offers a powerful and flexible platform for transforming your car into a modern-day KITT. With the Google Assistant integration and the ability to write custom Python scripts, creating your own knight rider kitt obd2 experience is within reach. The future of car interaction is here, and AutoPi is leading the way.
