The infinite canvas for game makers.
Design every system, build every world.
Get Started — Free
25+
Node Types
∞
Canvas Size
0
State Desyncs
100%
Cross-Device Sync
DISCOVERY
Built for the way
game devs think.
Game development isn't linear. It's spatial. Ideas connect across dimensions, level layouts reference AI behavior trees, dialogue branches trigger audio cues, and state machines coordinate it all.
Engenuo gives you an infinite canvas purpose-built for this complexity. No tabs. No file trees. Just a boundless workspace where every piece of your game architecture lives side by side.
WORKFLOW
From canvas to engine
in four steps.
01
Architect
Drop nodes onto the infinite canvas — code, dialogue, AI behaviors, level grids.
02
Connect
Wire nodes with typed connections. See how systems interrelate spatially.
03
Compile
Export as JSON, compile to GDScript or C#, or save as PDF.
04
Ship
Import compiled output directly into your game engine of choice.
COLLABORATION
See your team
working in real time.
PlayerInput
●● ──── ●●
StateMachine
●● ──── ●●
AudioBus
●● ──── ●●
AnimTree
●● ──── ●●
Alex
Sam
Jordan
CAPABILITIES
Every tool a game
developer needs.
Code Nodes
Full syntax highlighting for C#, C++, GDScript, GLSL, Lua, and 20+ languages. Each node is a self-contained editor.
Visual Scripting
Flowchart nodes with draggable connections, custom shapes, embedded sub-content, and typed ports for data flow.
Branching Dialogue
Dedicated dialogue tree builder with NPC lines, player responses, conditions, and emotion tags.
3D Asset Preview
Drop .GLB and .GLTF models directly onto your canvas. Inspect geometry, materials, and animations inline.
Mechanics Blueprint
Define game mechanics with structured inputs, outputs, and rule sets. Export directly to engine code.
Web Build Player
Embed and test your WebGL game builds directly inside an Engenuo node. Iterate without leaving the workspace.
Multiplayer Presence
See teammate cursors and viewports in real-time. Collaborate simultaneously across the infinite canvas.
Spatial Audio
Map audio sources to canvas positions. Visualize distance-based attenuation and spatial falloff.