Based in Paris, France. I engineer web-native 3D multiplayer virtual worlds on the Spawn engine and mission-critical commercial platforms. Every system harnesses Local Claude Opus 5.5 and the Blender MCP protocol for spatial mathematics, procedural geometry, and real-time state orchestration.
Real-time multiplayer browser experiences with zero installation required.
Mythic martial arena rooted in ancient Dong Son legends and Vietnamese folk cosmology. Features intense 5v5 tactical champion clashes, martial arts combos, and instant browser-native 60 FPS play.
Atmospheric social metaverse capturing Hanoi's nostalgic soul. Stroll around Hoàn Kiếm Lake, cross the arched Thê Húc bridge, view Turtle Tower, and gather with friends at street tea stalls with zero combat stress.
High-concurrency commercial platforms engineered for French business & civic operations.
Full-stack Point-of-Sale (POS) and kitchen display platform built for Vietnamese restaurant gastronomy in France. Manages real-time mobile order intake, floor table maps, split-billing, and French NF525 VAT compliance.
Comprehensive preparation engine for the French mandatory republican civic exam (CSP, CIR, and naturalisation). Simulates official prefecture examination conditions with situation tests and real-time knowledge diagnosis.
How AI co-architects every layer of code, math, and 3D geometry from local inception to cloud execution.
Web-native 3D multiplayer runtime delivering instant zero-install browser access. Handles real-time spatial networking, camera synchronizations, and physics execution at 60 FPS.
Advanced AI co-architect driving gameplay mathematics, state machines, French legal curricula parsing, and procedural map calculations with deterministic accuracy.
Direct Model Context Protocol interface connecting AI directly to Blender. Procedurally builds 3D architecture, performs polygon decimation, and exports web-optimized meshes.
I am an independent software developer and systems architect based in Paris. My engineering philosophy revolves around autonomous software production: utilizing artificial intelligence not as a code assistant, but as an algorithmic partner capable of solving geometry, state synchronization, and system architecture.