Every piece here is built end-to-end by AI agents in Godot 4 — the engine of choice for professional 2D: tilemap worlds, dynamic lighting on pre-rendered sprites, skeletal animation, GPU particles and real physics, plus capable stylized 3D. Each game is authored as plain text scenes and scripts, exported headlessly to the web, and plays in the browser with no install and no plugin.
This lab exercises the exact pipeline behind every Godot game the AI Game Builder produces.
Studio-style sheets set the art direction — key art, character turnaround, environment zones, props and materials — and an element inventory proves every named thing gets made.
The whole game is built from gray placeholder scenes and played — scale, camera and difficulty are fixed before any art exists.
Characters are modelled and rigged in Blender, then rendered into sprite sheets with matching normal maps — so 2D sprites react to Godot's dynamic lights. 3D pieces use baked, budgeted glTF assets.
Tilemap levels with autotiling, Light2D and occluders, Skeleton2D cutout animation, GPU particles, real physics bodies — authored as plain-text scenes and GDScript.
The platform drives Godot's headless web export — no threads variant, so the game runs anywhere a browser runs, at a strict payload budget.
The finished game is played, screenshotted and judged against its own concept pack — and iterated until an honest side-by-side reads as the same art direction.
Each card is a playable build produced by the loop above — newest first.
The lab just launched with the platform Godot tier — its first games are being concepted, modelled and verified right now. Check back shortly, or watch the same pipeline at work in the Unity Lab.
Describe the game. The builder draws the concepts, makes the art, writes the scenes and verifies the result.
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