April 2026 monthly summary for cryspen/hax: Stabilized Lean 4.29 compatibility for RustM.toBVRustM_bind by replacing a fragile simplification tactic with rfl, ensuring the proof remains valid across Lean versions (4.28–4.29). This targeted fix reduces upgrade friction, lowers CI failures, and strengthens the library's reliability for downstream projects.

December 2025, NationalSecurityAgency/ghidra: Delivered targeted fixes to improve eBPF analysis accuracy and strengthened PyGhidra typing for context managers. The changes reduce false positives in eBPF disassembly, align behavior with kernel specifications, and enhance static analysis clarity, driving faster, more reliable reverse-engineering workflows and safer code maintenance.

May 2025 monthly summary for NationalSecurityAgency/ghidra: Delivered big-endian eBPF support in the Ghidra processor, enabling analysis of big-endian eBPF binaries by introducing language definitions and updated processor configurations. No major bugs fixed this month; focus was on delivering a stable, extensible extension to the processor. Overall impact: broadened analysis coverage, improved capability to analyze eBPF artifacts, and faster triage of binaries. Technologies/skills demonstrated: eBPF, Ghidra processor module, language definitions, config management, and Git-based collaboration with clear commit history.

April 2025 (Month: 2025-04) focused on ghidra's eBPF analysis capabilities. Delivered two core areas: (1) eBPF disassembly enhancements including indirect CALLX support and ISA v4 coverage, enabling accurate analysis of modern eBPF binaries; (2) correctness fixes for eBPF loads and byte swap semantics to align with RFC 9669 and host architecture behavior. These changes improve static analysis accuracy, reduce misinterpretations of eBPF code, and expand ghidra's applicability to security workflows across modern binaries.

March 2025: Delivered a critical bug fix to eBPF CALL target address calculation in the Ghidra processor, correcting the multiplication of the CALL immediate by 8 in the disp32 operand and ELF Relocation handling. This change improves the accuracy of eBPF disassembly and reduces risk of mis-identified control-flow targets in static analysis, aligned with the commit c1d96a214049944549c6429f994907f19de72acb.