January 2025 performance summary for phate/jlm focused on delivering a new optimization capability, stabilizing the codegen path, and improving build reliability across environments. Key deliverables include a new optimization pass AAAndersenTopDownLifetimeAware in jlm-opt, its integration with Andersen alias analysis and the TopDownMemoryNodeEliminator for enhanced memory-node elimination, plus updates to CLI parsing and the optimization factory to support the pass. Major bugs fixed in the period: - LLVM backend crash caused by UndefValueOperation returning MemoryStateType was addressed and accompanied by a regression test. - Missing include for <algorithm> in theta.cpp, enabling std::sort to compile in Fedora 41 environments with custom LLVM builds. Technologies/skills demonstrated include LLVM-based optimization development, alias analysis enhancements, memory-node elimination techniques, C++ header/file hygiene, CLI integration, regression testing, and cross-environment build robustness.