
Contributed to the onekey-sec/unblob repository by developing six new extraction and analysis features over three months, focusing on expanding support for diverse archive and filesystem formats found in embedded firmware. Work included implementing handlers and extractors for DEAFBEAD archives, MINIX filesystems, Broadcom SquashFS v4, encrypted Alpha Networks D-Link firmware, FPKG/CPKG firewall archives, and Moxa FRM containers. Each feature was delivered with comprehensive Python-based tests and detailed documentation, ensuring reliability and ease of integration. The approach emphasized robust backend development, cryptography, and data extraction, enabling automated processing of complex firmware images and reducing manual analysis for enterprise and research users.
Monthly summary for 2026-04: In onekey-sec/unblob, delivered Moxa FRM Archive support, including a new handler and extractor for processing Moxa firmware container formats. Documentation updated to reflect the new archive type, and tests added to validate the functionality. No major production bugs fixed this month. Overall impact: expanded archive compatibility enabling automated processing of Moxa FRM archives and reducing manual intervention. Key commit reference: a0a6cf03aaf566a6adb01a5cd0aa2f7fdbfe02c4.
Monthly summary for 2026-04: In onekey-sec/unblob, delivered Moxa FRM Archive support, including a new handler and extractor for processing Moxa firmware container formats. Documentation updated to reflect the new archive type, and tests added to validate the functionality. No major production bugs fixed this month. Overall impact: expanded archive compatibility enabling automated processing of Moxa FRM archives and reducing manual intervention. Key commit reference: a0a6cf03aaf566a6adb01a5cd0aa2f7fdbfe02c4.
February 2026 monthly summary for onekey-sec/unblob. This month delivered three new features that expand extraction and analysis capabilities: Broadcom SquashFS v4 Handler; Encrypted firmware image support for Alpha Networks D-Link devices; and FPKG/CPKG archive formats for D-Link DFL firewall firmware. No explicit bug fixes were reported; the work focuses on enabling parsing, decryption, and integration for previously unsupported formats, reducing manual analysis and expanding coverage. Impact: broader enterprise and research value through automated extraction and analysis; improved device coverage for embedded firmware; documentation and test coverage updated. Technologies/skills demonstrated: reverse engineering, filesystem format parsing, cryptography handling, format integration, documentation, testing.
February 2026 monthly summary for onekey-sec/unblob. This month delivered three new features that expand extraction and analysis capabilities: Broadcom SquashFS v4 Handler; Encrypted firmware image support for Alpha Networks D-Link devices; and FPKG/CPKG archive formats for D-Link DFL firewall firmware. No explicit bug fixes were reported; the work focuses on enabling parsing, decryption, and integration for previously unsupported formats, reducing manual analysis and expanding coverage. Impact: broader enterprise and research value through automated extraction and analysis; improved device coverage for embedded firmware; documentation and test coverage updated. Technologies/skills demonstrated: reverse engineering, filesystem format parsing, cryptography handling, format integration, documentation, testing.
January 2026: Focused on expanding file-system and archive format support in onekey-sec/unblob, delivering robust extraction for DEAFBEAD archives and MINIX filesystems (v1–v3) with LE/BE handling. Implemented new extractors/handlers, added comprehensive tests, and updated documentation to enable safe, repeatable extractions from real-world firmware images.
January 2026: Focused on expanding file-system and archive format support in onekey-sec/unblob, delivering robust extraction for DEAFBEAD archives and MINIX filesystems (v1–v3) with LE/BE handling. Implemented new extractors/handlers, added comprehensive tests, and updated documentation to enable safe, repeatable extractions from real-world firmware images.

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