
Contributed to flipperdevices/u-boot by developing SMBIOSv3 table discovery for non-EFI Linux boots, enabling the kernel to locate SMBIOS tables through device tree integration and enhancements to boot path logic. Leveraged C programming and embedded systems expertise to inject SMBIOSv3 addresses into the device tree, aligning with kernel and device-tree standards for improved hardware detection. Additionally, implemented bounds validation for FDT decoding unit tests, capping FDT blob sizes to strengthen memory management and reduce test flakiness. Focused on robust bootloader development and unit testing, these changes improved boot reliability and facilitated safer code refactoring within the U-Boot project.
December 2025: FDT decoding unit-test bounds validation implemented in flipperdevices/u-boot to harden memory management tests and prevent tainted FDT blob sizes from impacting fdt_open_into. This improves boot reliability and CI stability, with a focus on reducing flaky tests and enabling safer refactors. Commit: 93d000bc5237a82e74d437b5fc3c5fdf5237df2d.
December 2025: FDT decoding unit-test bounds validation implemented in flipperdevices/u-boot to harden memory management tests and prevent tainted FDT blob sizes from impacting fdt_open_into. This improves boot reliability and CI stability, with a focus on reducing flaky tests and enabling safer refactors. Commit: 93d000bc5237a82e74d437b5fc3c5fdf5237df2d.
November 2025: SMBIOSv3 table discovery for non-EFI boots delivered in flipperdevices/u-boot. Implemented device-tree integration and boot path enhancements to improve hardware detection and reliability for non-EFI Linux boots.
November 2025: SMBIOSv3 table discovery for non-EFI boots delivered in flipperdevices/u-boot. Implemented device-tree integration and boot path enhancements to improve hardware detection and reliability for non-EFI Linux boots.

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