Vibe UI Suite
A contract-driven frontend engineering compiler and token architecture for autonomous coding assistants, combining 26 design families, mathematical WCAG AAA verification, Next.js 15 starters, and VS Code extensions.
I am Omid Zaferi (omid-io) — Systems Architect & Autonomous Agent Specialist. I engineer high-throughput kernel networks, resilient AI multi-agent protocols, and precision design compilers from awkward constraints to robust production boundaries.
Systems Architect & Lead Engineer
Intentionally selective. These are production platforms and architectural solutions engineered with zero AI-slop.
A contract-driven frontend engineering compiler and token architecture for autonomous coding assistants, combining 26 design families, mathematical WCAG AAA verification, Next.js 15 starters, and VS Code extensions.
High-throughput mobile internet and VPN tunnel router for Windows 10/11 using Wintun kernel drivers, WinUI 3, C# .NET 8, and Kotlin without requiring Android root privileges.
Deep hibernation, graceful pause, and pre-flight data-leak protection engine for Google Antigravity (2.0 Desktop, IDE, and CLI) with deterministic state recovery.
Real-time client-side DOM mutation observer eliminating sponsored merchandise and ad feeds across massive e-commerce catalogs via Greasemonkey/uBlock and Chrome MV3.
Native RTL and BiDi layout patcher for Antigravity with fluid dragging physics (160px–420px), ghost click suppression on settings toggle, and scoped Persian typography.
Selected pull requests merged or submitted directly to established open-source projects.
Resolved high-throughput multi-agent execution races via shared-memory concurrency salvage in NousResearch flagship agent runtime.
Eliminated longstanding maximization resize borders, guarded AdornerElement against null dependency properties, and decoupled collection namespaces across 3 pull requests.
Prevented fatal LateInitializationError runtime crashes on null data spots in Flutter's premier data visualization engine.
Targeted CS9377/CS9389 memory-safety diagnostics in the Android NativeAOT build task template for the official .NET runtime.
I engineer systems from the constraints outward, prioritizing deterministic failure modes, component autonomy, and mathematical precision.
Systems do not break in ideal environments. Real-world resilience is defined by graceful degradation under choking latency, packet loss, and memory pressure.
Moving beyond toy chatbot wrappers. Designing autonomous orchestrators with Model Context Protocol (MCP), tool synchronization, and self-healing recovery loops.
Zero tolerance for hallucinated or unverified dependencies. Mathematical WCAG AAA contrast, strict type boundaries, and clean layered architecture from kernel to UI.
Direct engagements for teams needing senior systems judgment, production AI agents, or deep performance recovery.
Wintun kernel networking, asynchronous event pipelines, scale-out SQLite state engines, and race-free IPC architectures.
Production-grade MCP server ecosystems, stealth circadian browser automation, and resilient multi-step self-healing workflows.
Eliminating catastrophic bottlenecks, fixing memory leaks, zero-orphan process governance, and mission-critical code remediation.