Реверс-инжиниринг автомобильной шины CAN

Уровень 0 · материалов: 6

В кластер входят документы, описывающие технический процесс анализа, перехвата и декодирования проприетарных данных автомобильной шины CAN для создания стороннего оборудования или функций.

Общие признаки: перехват данных CAN-шины, реверс-инжиниринг протоколов, создание кастомных приборных панелей, аппаратная модификация автомобиля

Группа выше: Моддинг и кастомизация через реверс

Материалы

• #26412 — Developing a Custom Automotive CAN Bus Sniffer — Представитель этого кластера

  CAN sniffer — KruFFT

  Смысл: The main idea is to demonstrate how to build a low-cost, custom hardware and software tool to intercept, visualize, and reverse-engineer proprietary CAN bus communication in a vehicle.

  An engineer builds a custom CAN bus sniffer using Arduino and C++/wxWidgets to decode and control proprietary automotive data signals.

• #17038 — Integrating a Custom Parking Sensor and CAN-bus Interface for Mazda

  Нескучные выходные или «тачка на прокачку» — avstepanov

  Смысл: The text serves as a technical case study on automotive reverse engineering and hardware development, demonstrating how to intercept and manipulate CAN-bus communications to add custom functionality while maintaining OEM aesthetics.

  A developer reverse-engineered a car's CAN-bus and a parking sensor to integrate custom alerts and data into the factory display using an Arduino-based device.

• #8720 — Hacking Car CAN Bus for Virtual Cockpit App

  Хакаем CAN шину авто. Мобильное приложение вместо панели приборов — aivs

  Смысл: The main idea is to demonstrate how to reverse-engineer automotive CAN bus protocols (UDS and KWP2000) using sniffing tools and ELM327 adapters to create a high-precision virtual instrument cluster for VAG group vehicles.

  A developer created an iOS app that replaces a car's dashboard by sniffing CAN bus protocols and using an ELM327 adapter to extract precise engine and vehicle data.

• #8279 — Hacking Car CAN Bus for Voice Control

  Хакаем CAN шину авто для голосового управления — aivs

  Смысл: The main idea is to demonstrate how a closed automotive CAN bus protocol can be reverse-engineered using a Raspberry Pi to enable external control of vehicle hardware via a smartphone and voice assistants.

  An engineer reverse-engineered the CAN bus of a Skoda Octavia using a Raspberry Pi to enable window and lock control via an iOS app and Siri.

• #23829 — Creating a Virtual Dashboard via CAN Bus Hacking

  Хакаем CAN шину авто. Виртуальная панель приборов — aivs

  Смысл: The main idea is to demonstrate how to intercept automotive CAN bus data and utilize a Raspberry Pi and Python to build a customized, real-time digital dashboard that provides information not usually available on standard factory displays.

  A DIY guide on sniffing VAG group CAN bus traffic to build a custom digital dashboard using Raspberry Pi, Python, and Kivy.

• #23736 — Reverse Engineering the GID Display for Opel Astra H

  Обратная разработка GID на Opel Astra H — LitLageR

  Смысл: The main idea is to demonstrate how to intercept and decode proprietary display signals from a vehicle's dashboard using hardware reverse engineering (logic analysis and FPGA) to repurpose the information for a custom display.

  An engineer reverse-engineered the signal protocol of an Opel Astra H GID display to mirror its content via an FPGA-based CVBS video output.