Identify and analyze firmware images to extract bootloaders, root filesystems, and RTOS artifacts.
npx skills add https://github.com/Xerrion/opencode --skill rev-firmware
Please help me install this Agent Skill. Skill: rev-firmware Source: https://github.com/Xerrion/opencode/tree/main/skills/rev-firmware Command: npx skills add https://github.com/Xerrion/opencode --skill rev-firmware
Firmware analysis and reverse engineering of embedded images, bootloaders, root filesystems, and RTOS binaries to extract structure, identify architectures, and enable safe emulation.
Provide a firmware image to the skill and begin automated extraction and analysis.
High-intent search queries and answers about installing and using this skill.
Firmware analysis involves identifying and analyzing embedded images to extract bootloaders, root filesystems, and RTOS artifacts. This skill automates extraction using binwalk and supports architecture identification to enable safe reverse engineering.
Yes, the skill supports bootloader analysis for U-Boot and Coreboot images, including architecture identification and extraction records. It helps you reverse engineer the bootloader structure without needing invasive hardware access.
The best way to extract filesystem data from a firmware image is using binwalk, squashfs, and jefferson carving workflows. The skill automates this extraction process to isolate root filesystems and bootloader data from embedded binaries.
Firmware emulation with firmadyne and qemu-system is intended to validate behavior in a safe environment. While it supports testing extracted rootfs images, emulation success depends on the specific architecture and hardware dependencies of the target firmware.
No, invasive hardware access is not required. The skill provides non-invasive hardware-interface documentation guidance for UART and JTAG notes, allowing you to map interfaces safely during the firmware reverse engineering workflow.
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hypnguyen1209Reverse-engineer binaries and firmware through static and dynamic analysis.
AeonDaveAnalyze and extract embedded files from binary firmware images.
