Luis C. (LCGF)
Pleno Full-Stack Engineer
The wand no longer needs a wizard. Valar Morghulis.
I design and ship production systems across AI infrastructure, multiplayer backends and web platforms. Most of my day-to-day work happens in private repositories, so this profile focuses on architecture, stack and outcomes.
| Domain | Description | Stack |
|---|---|---|
| AI security tooling | Skill scanner with pattern detection, integrity hashing and community reputation tracking | Python FastAPI SQLite Docker |
| Inference routing | Rust reverse proxy for local LLM inference — Axum, Tokio, CPU/GPU spillover, slot queues, SSE dashboard | Rust Axum Tokio Ollama Qdrant Nginx Docker |
| Agent orchestration | Spawn and manage autonomous AI agents in Docker — warm pool, persistent memory, multi-provider LLM fallback chain, web + TUI interfaces | Python FastAPI Docker Mem0 Qdrant Ollama Vertex AI htmx SSE |
| Game analytics SaaS | Player data ingestion and OLAP analysis at scale — AI-powered auto-config, OAuth, real-time dashboards; in production on large multiplayer servers | Laravel React TypeScript ClickHouse MariaDB Redis Replicate Inertia Beanstalkd Docker |
| AI + game dev | Godot 4 editor plugin — describe a building in natural language, AI generates CSG geometry with real textures in-engine | GDScript Godot 4 Replicate PolyHaven |
| Multiplayer framework | Modular FiveM boilerplate with OOP Lua, Vue 3 NUI, per-module lifecycle, JS obfuscation and Lua obfuscation via Prometheus | Lua Vue 3 TypeScript Bun Vite Tailwind Prometheus oxmysql |
- Built and maintained systems with sustained weekly delivery across private repos.
- Worked on latency-sensitive services (inference routing and real-time multiplayer workloads).
- Delivered production-grade observability and incident-oriented tooling for operations.
- Focused on secure-by-default patterns for backend and agent workflows.
- Rust services for AI inference and orchestration
- Secure agent execution pipelines
- FiveM backend architecture and performance
Open to collaborations where architecture quality, reliability and security are first-class constraints.



