First-principles engineering essays on protocol design, low-latency networking, air-gapped AI retrieval quality, and lessons learned from production incidents.
How we engineered an air-gapped PrivateGPT retrieval pipeline for YASKAWA Motoman industrial cobots, parsed technical manuals with multimodal OCR, and validated diagnostic accuracy using RAGChecker.
A deep architectural dive into rebuilding an enterprise Video.js player: managing multi-season playlists, handling seamless HLS EOF transitions, eliminating memory leaks, and dynamically detecting 8K/12K manifests.
How we architected a resilient browser automation service that handles ASP.NET ViewState postbacks, automates 3-tier CAPTCHA solving, and rotates Tor circuits to circumvent enterprise anti-bot heuristics.
A deep-dive into how SwarmInfer punches through symmetric and cone NATs without VPNs using RFC 5389 STUN and port-window sweeping, streaming activation tensors in under 300ms over 5G networks.
Why fixed-size character chunking breaks down on structured sacred and legal literature, and how a 4-step inspectable LangGraph pipeline eliminates hallucinations through thematic expansion and contiguous context rehydration.
How SwarmInfer pools everyday Apple Silicon, NVIDIA CUDA, and CPU compute to run 70B+ parameter LLMs across the WAN with zero port forwarding, direct disk shard streaming, and deterministic low-latency forward passes.
How disciplined architecture, zero empty catch blocks, strict domain decoupling, and sub-second test suites transformed a complex monorepo from brittle prototype to rock-solid production software.
How we architected Studus as a local-first knowledge operating system, compiling a zero-DOM headless core, slashing desktop memory from 500MB to 15MB with Tauri v2, and enabling P2P synchronization without central servers.
A curated collection of senior-level Node.js developer interview questions grouped by category, covering architecture, performance, scalability, and deep runtime knowledge.
A comprehensive guide to senior-level Node.js interview topics, covering event loop internals, concurrency mechanisms, scalability patterns, memory management, and distributed systems architecture.