This repository contains most of the work I have done to develop a working prototype for my idea of a Connected Car.
Following, some details:
HW that will be used:
- OBDII port in the car
- OBDII Bluetooth adapter (available from Amazon, for example)
- a Raspberry PI 3 (need bluetooth and WIFI)
- A SmartPhone, for Internet Connectivity (in my case an iPhone)
- a PowerBank, to power the RPI
- GlobalSat USB GPS Receiver BU-353-S4 (SiRF Star IV)
- (optional) Google Voice AYI kit
Cloud Services:
- Compute and Storage Services (a Linux VM)
- MQTT broker (TLS capable)
- NodeRED, to process msgs (MQTT and NodeRED are incapsulated in Docker Container)
The software running on RPI is developed in Python and run as a set of System Services
SW Dependencies:
- Paho MQTT client for Python (see: https://www.eclipse.org/paho/clients/python/)
- configparser
- Python-OBD to access data from OBDII interface (see credits)
Release 0.6: This release is to test the OBDII interface and demonstrate that the project is feasible. The first release of the code will read, in a loop, a set of values from OBDII interface, format it as a JSON msg and will send it to the MQTT broker to a dedicated topic. Communication will be secure and protected using TLS1.2. QoS for msgs will be: 1 (guaranteed at least once). In a separate project I will create a NodeRED flow to show the data from the car in a Dashboard.
Release 0.7: OBD2 becomes a system service on RPI, therefore is automatically started on RPI startup!
Release 0.8: Added Command Processor. It is possible now to send commands to RPI as msgs on a topic dedicated to the car
Release 0.9 (wip): Integration with Google Voice Kit. This is the Next Big Thing!!!
Release 1.0 (not yet available, sorry): Production ready code with all the features described for vers. 0.6
Release 2.0: In release 2.0 I will integrate Oracle IoT Cloud Service and Oracle IoT Fleet Management.
Release 3.0: I will integrate the Python code with Eclipse Kura.
Release history:
- 29/12/2017: vers. 0.6
- 01/01/2018: vers. 0.7
For more information about OBD-II, see https://en.wikipedia.org/wiki/OBD-II_PIDs
Credits:
- Access in Python code to OBDII data is realized using Python-OBD, see http://python-obd.readthedocs.io/en/latest/