I write low-level network stacks, hardware-accelerated substrates, and protocol engines in Go 1.27+.

I care about mechanical sympathy, zero-allocation data paths, and replacing slow runtime abstractions with direct silicon execution (SIMD, Plan 9 assembly, io_uring).

• 🍏 foundation — The silicon substrate. Native Go 1.27 simd/archsimd intrinsics, c2plan9 (Clang .o to Plan 9 ASM compiler), 64-byte cacheline alignment, and off-heap memory slabs.
• ⚡ sein — Server network stack & framework. Single-port :443 multiplexing (H1/H2/H3/gRPC/WS), JIT struct offset DTO compiler, and zero-glue domain routing (3.2M+ RPS, 0 allocs).
• ❄️ aoni — Zero-alloc client transport. Linux io_uring engine (2.48M+ RPS), bit-exact Chromium JA4/p0f fingerprinting, ECH, and Post-Quantum TLS 1.3 (ML-KEM 768).
• 🌪️ vortex — AST toolchain. Ingests .har traffic dumps, generates zero-alloc clients via 3-Way AST Merge, deobfuscates Google JSPB tuples, and runs browser WAF attestation oracles.
• 🌅 dawn — Database protocol engine. Direct binary wire-to-struct offset streaming bypassing database/sql reflection (5–20 µs UDS latency, 0 allocs).

• 📦 ao — Fork of curl with its C transport replaced by libaoni (9,145+ RPS on 100 threads, JA4 + PQ-TLS).
• 🤖 g-man — High-concurrency Steam client SDK and trading daemon with raw protobuf socket framing.
• 🗜️ gozip — Parallel, memory-pooled replacement for Go's standard archive/zip.

Languages & Low-Level:

Kernel & Hardware Substrate:

Protocols & Transport:

• Telegram: @LemonadeAK
• Email: arsenii.komolov@yandex.ru