Systems & Infrastructure Engineer · Author of kvdock
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Architecting zero-dependency runtimes, thread-safe memory models, and deterministic storage primitives. Primary maintainer of the kvdock cross-language ecosystem across Rust, Go, TypeScript, Swift, and Kotlin.
A universal, zero-dependency key-value and caching engine engineered natively across five languages with unified semantics, strict thread safety, and deterministic eviction.
| Runtime | Language / Target | Architecture | Status |
|---|---|---|---|
| kvdock |
TypeScript Node.js
|
Zero-dependency core, pluggable storage fleet (20+ adapters), stampede protection |
|
| kvdock-rs | Rust 2024 |
Zero-dependency core, mutex-guarded Instant TTL |
|
| kvdock-go | Go 1.27 |
Concurrent generic Get[T], container/list LRU, atomic operational telemetry |
|
| kvdock-swift | Swift 6.3 |
Actor-isolated concurrency, monotonic ContinuousClock TTL enforcement |
|
| kvdock-kt | Kotlin / JVM |
Thread-safe generic caching, access-order LinkedHashMap |
Targeting memory bounds, vector instruction safety, and protocol specifications:
- BurntSushi/aho-corasick #190 (Rust) — Documented panic boundary on
Bound::Excluded(usize::MAX)inInput::rangewith regression test suite. - BurntSushi/memchr #244 (Rust) — Corrected 64-bit ARM Neon movemask bitshift in
all_zeros_except_least_significant. - square/okhttp #9837 (Kotlin) — Standardized DNS lookup error handling to raise
UnknownHostExceptionwith preserved cause. - DefinitelyTyped/DefinitelyTyped #75860 (TypeScript) — Implemented WHATWG Invoker Commands API (
command,commandfor) for ReactButtonHTMLAttributes. - kvdock #31 — Community PR review & merge: verified strict invalid TTL boundary enforcement in core storage.
"Simplicity is prerequisite for reliability." — Edsger W. Dijkstra




