
Maxim Anisimov developed and integrated hardware support for multiple Mediatek-based routers in the DragonBluep/openwrt and coolsnowwolf/immortalwrt repositories, focusing on device tree creation, kernel configuration, and embedded systems. He centralized image generation logic to streamline onboarding of new devices, implemented device-specific workflows such as TFTP-based flashing, and enhanced reliability through hardware reset flows and WAN status improvements. Using C, Device Tree, and Makefile, Maxim defined hardware specifications, configured LEDs, buttons, and network interfaces, and improved maintainability by cleaning up calibration settings. His work enabled faster deployment, reduced misconfiguration risk, and broadened device compatibility across evolving OpenWrt-based platforms.

January 2026 performance: Implemented WAN Status and Label Enhancements for DragonBluep/openwrt, including corrected WAN MAC labeling and an enabled WAN LED indicator for Keenetic KN-(3711/3811/3911). Conducted NVMEM MAC & SPI calibration cleanup by removing absent SPI calibration settings and simplifying NVMEM MAC configuration, improving maintainability and reducing misconfiguration risk. Overall impact: clearer connectivity feedback, improved device reliability, and easier maintenance across Keenetic KN-series. Technologies demonstrated: mediatek driver tweaks, low-level hardware integration, and commit-based configuration cleanup.
January 2026 performance: Implemented WAN Status and Label Enhancements for DragonBluep/openwrt, including corrected WAN MAC labeling and an enabled WAN LED indicator for Keenetic KN-(3711/3811/3911). Conducted NVMEM MAC & SPI calibration cleanup by removing absent SPI calibration settings and simplifying NVMEM MAC configuration, improving maintainability and reducing misconfiguration risk. Overall impact: clearer connectivity feedback, improved device reliability, and easier maintenance across Keenetic KN-series. Technologies demonstrated: mediatek driver tweaks, low-level hardware integration, and commit-based configuration cleanup.
Month: 2025-11 – DragonBluep/openwrt: Delivered new Mediatek-based device support and reliability improvements. Implemented Keenetic KN-1812 / Netcraze NC-1812 device tree integration and LEDs/buttons/interface configuration, along with a hardware reset flow preceding PCIe host detection to improve endpoint detection and overall functionality.
Month: 2025-11 – DragonBluep/openwrt: Delivered new Mediatek-based device support and reliability improvements. Implemented Keenetic KN-1812 / Netcraze NC-1812 device tree integration and LEDs/buttons/interface configuration, along with a hardware reset flow preceding PCIe host detection to improve endpoint detection and overall functionality.
December 2024 performance summary for coolsnowwolf/immortalwrt: Key feature delivered: added Cudy AP3000 v1 router support by introducing a new device tree file and updating configuration scripts, with hardware specs defined (SoC, RAM, Flash, Ethernet, WiFi, Button, LED) to ensure correct recognition and setup within the firmware. Major bugs fixed: none reported this month. Overall impact and accomplishments: broadens device compatibility, enabling ImmortalWrt on the Cudy AP3000 v1, which expands market reach and reduces onboarding friction for users with this hardware. Demonstrated technologies/skills: device-tree development, Mediatek/Filogic integration, firmware configuration, hardware specification definition, and Git-based change management.
December 2024 performance summary for coolsnowwolf/immortalwrt: Key feature delivered: added Cudy AP3000 v1 router support by introducing a new device tree file and updating configuration scripts, with hardware specs defined (SoC, RAM, Flash, Ethernet, WiFi, Button, LED) to ensure correct recognition and setup within the firmware. Major bugs fixed: none reported this month. Overall impact and accomplishments: broadens device compatibility, enabling ImmortalWrt on the Cudy AP3000 v1, which expands market reach and reduces onboarding friction for users with this hardware. Demonstrated technologies/skills: device-tree development, Mediatek/Filogic integration, firmware configuration, hardware specification definition, and Git-based change management.
November 2024 monthly summary for coolsnowwolf/immortalwrt focused on expanding device support and platform coverage.
November 2024 monthly summary for coolsnowwolf/immortalwrt focused on expanding device support and platform coverage.
Month: 2024-10 | Repository: coolsnowwolf/immortalwrt. Expanded hardware coverage with initial Keenetic KN-3911 support for MT7981-based devices (512MB RAM, 128MB SPI NAND). Delivered device-specific integration (LEDs, buttons, 2.5G Ethernet) and a TFTP-based flashing workflow for OpenWrt images. Also enabled MT D virtual concatenation (MTD) support to provide the correct flash layout for this device. This work accelerates bring-up of MTK Filogic devices and enables faster, more reliable OpenWrt deployment on new hardware.
Month: 2024-10 | Repository: coolsnowwolf/immortalwrt. Expanded hardware coverage with initial Keenetic KN-3911 support for MT7981-based devices (512MB RAM, 128MB SPI NAND). Delivered device-specific integration (LEDs, buttons, 2.5G Ethernet) and a TFTP-based flashing workflow for OpenWrt images. Also enabled MT D virtual concatenation (MTD) support to provide the correct flash layout for this device. This work accelerates bring-up of MTK Filogic devices and enables faster, more reliable OpenWrt deployment on new hardware.
June 2024: Focused on hardware support enablement for Keenetic KN-3911 in DragonBluep/openwrt by centralizing image generation logic. No major bugs fixed this month; main accomplishment was refactoring the ramips image workflow to include/image-commands.mk, setting the foundation for easier hardware onboarding and faster delivery of new devices.
June 2024: Focused on hardware support enablement for Keenetic KN-3911 in DragonBluep/openwrt by centralizing image generation logic. No major bugs fixed this month; main accomplishment was refactoring the ramips image workflow to include/image-commands.mk, setting the foundation for easier hardware onboarding and faster delivery of new devices.
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