Dives you into using a Flipper Zero paired with CAN bus Add-On to access and interact with a car's CAN network.
A computer vision model using Edge Impulse to assist the driver to park the vehicle in parking space.
Build a "speed trap" that uses ML to identify vehicles, a radar sensor to measure speed, and a cellular module to report data to the cloud.
Obstacle avoidance with LEGO Boost car, powered by Azure Percept.
A TinyML model will predict the driver braking pattern in speed breakers and potholes to evaluate the effective driving skills.
Use a couple of packet radio boards to mirror one robot's movements in the other one from up to 500m away.
Build a car hacking spy device to remotely read and send CAN commands and track GPS location. All based on open source software/hardware.
Drivers do lots of things while on the road, looking at road signs, pedestrian detection, driving around obstacles. Here's some assistance.
Make your own motor driver shield PCB for an Arduino Pro Mini using an Arduino Pro Mini.
MKR WiFi 1000 talks to a car through OBD-II interface, and uploads the data to IoT cloud for real-time monitoring and post-processing.
Find out just how good of a racer you are with a mini steering wheel, and finger operated gas and brake pedals!
Use a Raspberry Pi to make your "dumb" car smarter!
A simple lane detection system I had developed a while back.
Calculate distance to a certain object using an ultrasonic sensor. It can be used for car distance alerts, security systems etc.
Using the TrackALL IoT device from mcThings, we'll create an easy example of creating an IoT parking sensor solution with Tago and Sigfox.
Having problems with your car speedometer?! Just build a GPS-based one.
Make an assistant which tells you about how much to drive backwards without any collision through your smartphone by Arduino and 1Sheeld.
Alexa skills is used in this project.
An IT system that manages cars' access to a parking garage by using RFID technology.
