Describe the system.
Falcon builds the design logic.
Falcon AI turns natural language into procedural design logic, starting with Grasshopper. Future adapters are research directions, not launch promises.
One language for procedural systems
Falcon is built around an intent graph: describe the logic once, then translate it into Grasshopper first.
Intent Graph
Natural language becomes parameters, constraints, dependencies and validation rules before output is generated.
COREGrasshopper First
The first target is Rhino Grasshopper: components, wires, parameters and readable procedural logic.
ADAPTERAgentic Flow
Specialized agents plan, translate, build and validate definitions instead of producing a single fragile code blob.
AGENTSNative Placement
For Grasshopper, Falcon targets real components and wires instead of screenshots or mock diagrams.
NATIVEPlan/Layout Track
The former PlanForge direction becomes a plan and layout generation track inside Falcon.
PLANValidate & Refine
The goal is not just generation. Falcon should compare results to intent and support iteration through the graph.
QAFrom prompt to native procedural asset
Capture Intent
Falcon turns a natural language brief into a structured design contract: goals, parameters, constraints, references and target tools.
Translate
Adapters map the same intent graph to Grasshopper components, Geometry Nodes, Houdini networks or OpenUSD composition layers.
Build & Validate
Falcon builds native outputs, reads failures, checks intent drift and prepares the next iteration as a reusable procedural system.
One Falcon, one first adapter
The public focus is Grasshopper first. Other environments remain research directions until they are implemented and verified.
Help shape the Grasshopper-first system
We are working with computational designers and architects who need natural language control over procedural Grasshopper workflows.