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Your files. Your hardware. No subscription.
🔍 Architecture overview
⭐ Explore the repo · 🐛 Report an issue · 🔀 PRs welcome |
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A chat application built on a custom application-layer protocol over TCP/IP — stateful stream framing, room management, private messaging, and concurrent file transfer on a multithreaded server with end-to-end Fernet encryption.
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Volunteer platform built with a 3-person team at the PSU Hackathon — real-time event creation and RSVPs. I designed the backend architecture and data schema to support thousands of concurrent users.
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A Blender performance addon that identifies high-vertex-count objects to reduce render latency. Shipped with full technical documentation — ⭐ 5-star rated by users.
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My personal site with interactive 3D elements — where backend engineering and 3D art meet. Visit it live →
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class Nour {
public:
std::string focus = "Systems architecture & backend infrastructure";
std::string happyAt = "The layer where sockets, threads, and databases meet";
std::string funFact = "4+ years of Blender";
std::vector<std::string> currentlyInto() {
return { "Distributed systems", "Network protocols", "Self-hosted software" };
}
};- ⚙️ I work across the stack — C++ services, custom application-layer protocols, and socket-level networking, surfaced through modern web frontends
- ☁️ Focused on self-hosted, open-source infrastructure — that's why Sorbus exists
- 🎨 Outside of systems work, I've done 3D art in Blender for 4+ years — photorealistic rendering, animation, and a published addon
- 🎓 CS student at Portland State University
- 📫 Reach me at nour.nada.dev@gmail.com or on LinkedIn
Distributed Systems · System Design · REST APIs · Microservices · TCP/IP · Concurrent Programming · Multithreading
"From raw sockets to rendered pixels."