The Commercial Evolution of Printer DRM Bypasses
Printer manufacturers implement DRM chips to secure recurring revenue, but hackers have turned these bypasses into a structured commercial business model.

Printer manufacturers implement DRM chips to secure recurring revenue, but hackers have turned these bypasses into a structured commercial business model.

A user modified the firmware of a QUAD 3 amplifier to enable direct input selection via remote control after reverse engineering the device's ARM-based software.

Researchers have reverse-engineered Meta's proprietary MLow audio codec, creating a high-performance, bit-compatible implementation in pure Go.

Researcher gezine_dev has successfully extracted executable code from a Switch 2 game by converting memory data into visual patterns captured via an HDMI interface.

A researcher successfully extracted data from a physically severed 32 GB SD card by bypassing the controller and reading the NAND flash chip directly via an STM32 microcontroller.

A researcher has successfully reverse-engineered the Sony PlayStation 2 MechaCon security chip after a four-year effort, opening new possibilities for hardware preservation and emulation.

A security researcher has successfully reverse-engineered the Sony PlayStation 2 MechaCon chip after a four-year effort.

A researcher has successfully extracted data from the Sony PlayStation 2 MechaCon security chip after a four-year effort, marking the first time the component has been compromised in 26 years.
A developer shares their experience reverse-engineering an ASIC chip for a Jane Street challenge, detailing the process of parsing GDS files and simulating complex circuit logic.

Researchers have analyzed the microcode of the 1980 Intel 8087 math coprocessor, detailing how the FXCH instruction manages stack-based register swapping.

A security researcher reverse-engineered the Egret GT electric scooter, uncovering hidden data transmission, CAN bus communication via USB-C, and firmware vulnerabilities.
