A comprehensive, regularly updated supported IC list for IC unlock and firmware recovery, covering STM32, NXP, Nuvoton, Nordic, Cypress, Microchip, Renesas, and serial memory ICs with protection details, success tiers,…
MCU firmware extraction recovers the embedded program from a microcontroller and delivers it as a verified .hex or .bin file. This page covers supported MCU families, protection bypass methods, deliverable…
Firmware cloning extracts the executable code from a microcontroller and delivers a verified binary copy in .hex or .bin format. This page covers how the process works, which chip families…
A detailed guide to professional firmware readout services covering supported chip families, protection-level considerations, realistic cost ranges, turnaround times, and the authorization requirements that keep the process legal and ethical.
A professional flash read service extracts firmware binaries from locked, obsolete, or damaged flash-based ICs. Learn how the process works, which chip families are supported, and what to expect for…
Security fuse recovery is the process of reading firmware from a microcontroller whose protection fuse has been set. This guide explains which fuse mechanisms can be bypassed, which cannot, and…
A code reading service extracts firmware or configuration data from microcontrollers, EEPROMs, CPLDs, and other programmable ICs. This guide covers the seven technical factors that determine whether a successful readout…
Chip code extraction reads protected firmware out of microcontrollers, FPGAs, and memory ICs, delivering the binary as a .hex or .bin file. This guide covers supported chip families, extraction methods,…
Whether a chip clone is possible depends on the IC's security architecture, silicon process node, package accessibility, and your proof of ownership. This guide breaks down each factor so you…
Our crack IC service recovers read-protected firmware from microcontrollers and delivers it as a verified .hex or .bin file. We support STM32, STM8, PIC, AVR, Renesas, and dozens more families…
