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A comprehensive registry of deep systems, backend microservices, and automation pipelines built throughout my infrastructure development career.

A highly optimized, keyboard-centric Wayland desktop environment built on Arch Linux using Hyprland. Features custom Python/Bash NVIDIA power management daemons, a minimalist terminal workspace, and modular UI components engineered for maximum developer productivity.

// System Architecture

Arch Linux Core→Hyprland Tiling Compositor→Modular UI (Waybar/SwayNC/Rofi)→Hardware & Power Control Daemons
Arch LinuxHyprlandWaylandNVIDIAPythonBashFish ShellWaybar
STATUS: PRODUCTION

A high-performance Proxmox VE virtualization environment powering local development services, dedicated game servers, and a Vulkan-accelerated local LLM inference stack. Built with zero-trust remote access and comprehensive Grafana observability.

// System Architecture

Tailscale Mesh Network→Nginx Reverse Proxy→LXC Container Ecosystem→GPU Passthrough VM (LLM Inference)
Proxmox VELXCTailscalePrometheusGrafanaNginxNextcloud

An automated, version-controlled OpenWrt configuration suite and deployment framework for high-performance edge gateways. Eliminates bufferbloat using SQM CAKE, enforces network-wide DNS-over-HTTPS privacy, and integrates a zero-trust mesh network with real-time Telegram telemetry.

// System Architecture

Automated Script Provisioning→SQM CAKE & DoH Edge Security→Tailscale & WireGuard Mesh→Asynchronous Telegram Telemetry
OpenWrtWireGuardTailscaleSQM CAKEShell ScriptingDNS over HTTPSAutomation

A hybrid self-hosted AI orchestration stack that separates management planes from GPU-accelerated execution environments. Features dynamic VRAM model swapping, intelligent LiteLLM API routing with cloud fallbacks, and a custom Node.js MCP server providing private, web-grounded RAG.

// System Architecture

Open WebUI & Telegram Ingress→LiteLLM Routing Gateway→llama-swap VRAM Orchestrator→GPU-Passthrough VM (Local Inference)
Proxmox VELiteLLMllama.cppRedisNode.jsSearXNGOpen WebUI

Security architecture built to connect internal homelab servers and Proxmox VMs to external subdomains securely. Traditionally, developers open ports (80/443) on dynamic residential routers. This setup deploys lightweight cloudflared agents in Docker containers that build persistent outbound TLS connections to the Edge, securing the raw home IP from malicious sweeps.

// System Architecture

Public Ingress→Cloudflare Edge→Docker Agent→Proxmox PVE
DockerCloudflareCaddy ProxyProxmox