Danish Anwar developed dynamic firmware loading for the ICSSG PRU Ethernet driver in the flipperdevices/u-boot repository, focusing on device-tree integration to replace hardcoded firmware paths. By implementing device-tree driven firmware naming in C, Danish enabled per-platform firmware selection, which improves portability and reduces platform-specific maintenance. This approach decoupled firmware naming from build-time configuration, streamlining the onboarding process for new ICSSG-based boards. Leveraging skills in device drivers, embedded systems, and firmware management, Danish’s work aligned firmware loading with hardware descriptions, enhancing consistency and testability during hardware bring-up. The solution demonstrates thoughtful engineering depth in kernel development and embedded software.