Legacy FPGA Design Recovery and Migration
Assess legacy FPGA design recovery when RTL is missing. Define interface behaviour, timing evidence and migration options before committing to a replacement.
Hardware Reverse Engineering Guides & Technical Research
Technical guides and research notes on PCB analysis, pinout recovery, schematic reconstruction, and related hardware reverse engineering topics.
Multilayer PCB Reverse Engineering for Obsolete Products
Plan multilayer PCB reverse engineering for obsolete electronics: recover connectivity, assess replacements and define a testable redesign and handover.
ECU Flashing vs ECU Remapping | Unlock Hidden Power Without Risk
Modern cars rely heavily on their Engine Control Unit (ECU) to manage engine functions, fuel delivery, ignition timing, boost pressure, and more. By adjusting the ECU’s software parameters, tuners can unlock more horsepower, sharper throttle response and better fuel efficiency. In other words, ECU tuning modifying the engine’s control program can significantly change performance. Two […]
Bosch EDC17 ECU Firmware Extraction & Stage 1 Tuning | Performance and Safety Outcomes
This case study covers a real-world Bosch EDC17 ECU tuning project, from extracting the ECU’s firmware to implementing a Stage 1 ECU tuning (performance remap) aimed at improving fuel efficiency, torque, and emissions compliance. The project scope was to unlock additional performance from the vehicle’s stock hardware without compromising safety or reliability. The client, an […]
Hardware Reverse Engineering: Analyzing and Modifying Embedded Systems
Need to extract, modify, or analyze hardware devices? At ReverseEngineer.net, we specialize in hardware reverse engineering, including JTAG & UART debugging, PCB replication, microcontroller dumping, and security research. Contact us today!