Public proof
The claims on this site compile
Roughly forty published crates, plus upstream toolchain work. Everything here is on GitHub and crates.io — CI badges, benchmarks, docs, and all. A selection, by theme:
Toolchain core
| wasm-bindgen | 16 merged PRs to the Rust→browser bindings foundation: a >400× logging-pipeline rewrite, threads-executor race fix, Node multithreading. #4 contributor by commits, Nov 2025–Mar 2026. |
| wasm_lite | A from-scratch rethink of the same problem: new ABI, macros, JS codegen, WebDriver client, zero runtime dependencies. |
| swift #1817 | Designed and implemented the static-stdlib flag; first statically-linked Swift program on Linux (2016). |
Async & concurrency core
| some_executor | Vendor-neutral executor abstraction: cancellation, task-locals, priorities — an answer to async Rust's runtime lock-in. |
| continue | Swift-style continuation primitives; the lock-free correctness core under the whole stack. |
| atomiclock family | Locks, semaphores, and channel families with deliberately minimized memory orderings — tested under wasm32 threads in real browsers. |
Apple-platform interop surface
| objr | Objective-C⇄Rust bindings that reproduce clang's codegen inside proc macros: native-performance Apple API calls and practical ObjC subclassing from Rust. |
| blocksr · dispatchr · metalr | C blocks ABI, Grand Central Dispatch, and Metal/QuartzCore bindings completing the stack. |
Cross-platform GPU, windowing, input surface
| images_and_words | GPU middleware over wgpu with a three-axis resource type system and lock-free CPU/GPU sync — Metal, Vulkan, DX12, WebGPU. |
| app_window · app_input | Async-first windowing and input across Win32, AppKit, Wayland, and browser canvas — with accessibility wired in. Ships Vectropolis. |
SDK infrastructure surface
| logwise | Structured, privacy-aware logging designed for SDK embedding: nine use-case-specific levels, debug tiers compiled out in release, RAII perf instrumentation, threaded-WASM support. |
| exfiltrate | An embeddable remote debugger designed for LLM coding agents — because the future of debugging has a model on the other end. |
Want this level of rigor on your codebase?
The commit histories above are my references. The review threads are my communication samples.