Concise February 2026 monthly summary for compiler-explorer/compiler-explorer focusing on business value and technical achievements. Key features delivered: - LLVM-ObjDump support for non-x86 disassembly, enabling cross-architecture analysis and compatibility with multi-arch toolchains (e.g., Rust, Zig). - Introduced a configurable llvmObjdumper option and integrated it into compiler interface, configuration, and tests to automatically select llvm-objdump for non-host targets. - Core integration updates: added getObjdumperForResult() in BaseCompiler and extended types/interfaces to expose llvmObjdumper capability. - Defaults updated for Rust and Zig to use llvm-objdump, ensuring out-of-the-box cross-arch support. - Expanded test coverage: added 6 tests for cross-architecture objdumper selection; overall test plan validated. Major bugs fixed: - Resolved failures when disassembling non-host architecture binaries with GNU objdump, which previously produced no output ("<No output: objdump returned 1>"). The new approach uses llvm-objdump to correctly disassemble cross-arch binaries. - Fixed multi-arch disassembly workflow to ensure consistent behavior across Rust, Zig, and similar toolchains. Overall impact and accomplishments: - Significantly improved multi-arch support and reliability in disassembly tooling, reducing debugging friction for developers targeting non-x86 architectures. - Enabled teams to analyze cross-target binaries directly within the tool, accelerating performance tuning and bug triage for Rust, Zig, and similar ecosystems. - Validated end-to-end readiness with a smoke test using --target=aarch64-unknown-linux-gnu and comprehensive test suite showings (301 tests across 27 files). Technologies/skills demonstrated: - TypeScript/JavaScript ecosystem familiarity, interface and configuration design, and test-driven development. - Cross-architecture tooling integration (llvm-objdump) and architecture-aware feature flagging. - CI/test automation practices, including linting and type checks, along with smoke testing of multi-arch scenarios.