Ghidra for Automotive ECU Analysis: Complete Guide
Learn Ghidra ECU analysis for automotive firmware. TriCore setup, decompiler workflow, calibration map identification, and BSim for Bosch MED17 and EDC17.
Reverse Engineering & Security Research
Latest insights and updates from our security research team.
CAN Bus Reverse Engineering: Automotive ECU Network Guide
What Is CAN Bus and Why Reverse Engineer It? CAN bus (Controller Area Network) is the backbone communication protocol in modern vehicles. Every electronic control unit in a car, from the engine ECU and transmission controller to the ABS module and instrument cluster, exchanges data over one or more CAN bus networks. Despite its critical […]
ECU Immobilizer Reverse Engineering & ISN Recovery Guide
What Is an ECU Immobilizer and Why Does It Matter? An ECU immobilizer is an electronic security system embedded in modern vehicles that prevents the engine from starting without the correct transponder key. Unlike a simple mechanical lock, this system relies on cryptographic authentication between multiple electronic modules. When the immobilizer fails, gets corrupted, or […]
ECU Firmware Extraction Methods: JTAG, BDM, SWD & Boot Mode Compared
ECU Firmware extraction is the foundational step in any ECU reverse engineering project. Without a reliable copy of the firmware binary, no meaningful analysis of calibration data, control algorithms, security mechanisms, or potential defeat devices can take place. Yet the method by which you extract that firmware profoundly affects what you obtain, how long it […]
Bosch MED17 & EDC17 ECU Reverse Engineering: Complete Tricore Technical Guide
The Bosch MED17 (gasoline) and EDC17 ECU (diesel) families represent one of the most widely deployed engine management platforms in modern automotive history. Found across Volkswagen Group, BMW, Mercedes-Benz, Hyundai-Kia, Fiat, Ford, and dozens of other manufacturers, these Infineon Tricore-based controllers manage everything from direct fuel injection timing to turbocharger boost pressure, exhaust gas recirculation, […]
Reverse Engineering Toyota Hilux Gen3 Denso ECU for MAP Sensor Scaling
The Toyota Hilux Gen3 Denso ECU (AN120/AN130) (e.g. microcontrollers R7F701202/702) introduced new hardware and software compared to earlier models. In practice, Gen3 diesel Hilux Denso ECU often use a 0–5 V MAP sensor scaled to roughly 0–360 kPa (3.6 bar), whereas Gen2 Denso ECUs were limited to ~250 kPa. This requires re-scaling tables in the firmware. Our team at […]
Unlocking Performance: Custom ECU Tuning and Reverse Engineering for Honda Engines
Professional ECU reverse engineering and tuning for Honda engines. Custom ECU maps, torque limiter removal, and fuel optimization by ReverseEngineer.net.
Unlocking the Hidden: How Advanced Forensic Image Reconstruction Restores Lost Visual Data
Forensic image reconstruction is a crucial discipline that merges art and science, utilized extensively in criminal investigations and digital media. It involves the recovery and enhancement of compromised images, which may exhibit qualities like distortion, pixelation, or degradation due to various factors. These forensic techniques play a pivotal role in deciphering visual evidence that can, […]
Forensic Image Reconstruction and Enhancement: Recover Hidden Details from Cropped or Blurred Images
Introduction to Forensic Image Reconstruction Forensic image reconstruction is a critical aspect of digital forensics, playing a pivotal role in law enforcement, digital investigations, and personal data recovery. This process involves the meticulous recovery and enhancement of images that may be damaged, blurred, or improperly cropped. As technology advances, the methodologies and capabilities within forensic […]