Falcon AI
Pro AI Copilot for Grasshopper
Plan Grasshopper definitions from intent, inspect component graphs, and debug parametric workflows with a pro copilot built for computational design teams.
- Canvas builder for Grasshopper definitions
- Visual debugging for data trees and component wiring
- Plugin-aware planning for Ladybug, Karamba, Kangaroo, and more
- Template library for recurring parametric systems
- Professional tier beside free FraktalMCP
# Falcon AI
$ falcon connect --rhino
Connected to Rhino 8
$ falcon generate \
"parametric tower with twisted floors"
Generated 14 components, 23 connections
Definition saved to canvasThree Steps
Describe
Type what you want in natural language: "Create a parametric facade with hexagonal cells that respond to solar exposure."
Generate
AI selects the right Grasshopper components, wires them together, sets initial parameters, and builds a working definition.
Refine
Tweak sliders, ask for changes in plain text, or let AI analyze your definition and suggest improvements. Iterate until perfect.
Who It's For
Skip the wiring
Describe your design intent and get a working Grasshopper definition. No more hours of dragging and connecting components.
- Natural language to definition
- Complex pattern generation
- Rapid prototyping
Accelerate your workflow
Let AI handle the repetitive wiring while you focus on design logic and optimization strategies.
- Script generation (C# & Python)
- Definition analysis & debugging
- Automated parameter setup
Learn by example
Describe what you want to build and see how an expert would wire it. Understand parametric design through generated examples.
- Step-by-step explanations
- Best practices built in
- Experiment rapidly
What It Can Do
From simple geometry to complex autonomous swarm workflows.
Autonomous Context Parsing
AvailableReads the Rhino viewport automatically without manual inputs, understanding the design context instantly.
C# Pro Plugin Bridge
AvailableDirect, latency-free bridge to Rhino/Grasshopper via the native C# Pro Plugin, bypassing clunky remote servers.
Swarm Routing
AvailableIntelligently routes tasks to the best available local or remote LLM (Claude, GPT, local Ollama) based on objective.
Text to Geometry
AvailableDescribe shapes, patterns, or structures in plain English. Get working Grasshopper definitions with correct wiring.
Plugin Awareness
Coming SoonUnderstands Ladybug, Karamba, Kangaroo, and 40+ other Grasshopper plugins. Routes to the right components.
Visual Debugging
Coming SoonHighlights data type mismatches, missing connections, and performance bottlenecks via the Pro Plugin.
What Can You Ask?
Create a parametric facade with hexagonal cells that vary by solar exposure
Attractor-based hex grid + Ladybug solar analysis
Optimize this structure for minimum material
Karamba analysis + Galapagos evolutionary solver
Make roof panels follow a double-curved surface
Kangaroo planarization on subdivided quad mesh
AI Meets Parametric Design
AI-generated Grasshopper definitions produce complex parametric structures from natural language prompts.
Falcon AI in Action
Supported AI Models
Falcon AI connects to any AI model that speaks your language. Use cloud providers or run fully local.
Claude Opus 4.6
AnthropicBest for complex multi-step definitions and analysis
Claude 4.5 Sonnet
AnthropicExcellent at code generation with fast response
Gemini 2.5 Pro
Google DeepMindStrong reasoning for structural optimization
GPT-4.1
OpenAIReliable general-purpose generation
LM Studio
LocalUser-friendly local model management with GPU acceleration
Ollama
LocalRun open-source models privately on your machine
Any MCP-compatible
CustomConnect to any server that supports the MCP protocol
How It Connects
Falcon AI sits between your AI model and Rhino/Grasshopper. It translates natural language into geometry and scripts.
Legacy Raven vs Falcon AI
| Legacy Raven | Falcon AI Swarm | |
|---|---|---|
| Architecture | Rigid Python Server | Native C# Pro Plugin |
| Execution | Remote / High Latency | Zero-Latency / On-Device |
| Environment | External Browser App | Embedded Rhino Window |
| Routing | Single GPT-4 Call | Multi-Agent Swarm (Claude/GPT/Ollama) |
Falcon AI Preview
Falcon AI is the pro copilot track. The free open-source plugin remains FraktalMCP; Falcon focuses on canvas planning, visual debugging, and team workflows.
$ Current path: request preview → define workflow needs → join the private pro testing track Frequently Asked Questions
What is Falcon AI?
Falcon AI is the pro Grasshopper copilot track. It focuses on canvas planning, visual debugging, plugin-aware workflows, and team-ready parametric systems. The free public plugin remains FraktalMCP.
Do I need coding experience?
No. Falcon is designed to turn design intent into readable Grasshopper workflow plans and debugging guidance. Advanced users can use it to speed up complex definitions and review data-tree logic.
Which Grasshopper plugins are planned?
Falcon AI is being designed around native Grasshopper first, then plugin-aware planning for Ladybug, Honeybee, Karamba, Kangaroo, and other common design-technology stacks.
Is it safe to use with client projects?
Your prompts are sent to your chosen AI provider (Claude, GPT, etc.). Your Rhino geometry and project files stay on your machine. The plugin runs locally; only the text of your prompts goes to the API.
How do I access Falcon AI?
Falcon AI is in development. Request a preview through Fraktal and describe your Grasshopper workflow. The free public plugin is FraktalMCP; Falcon is the pro copilot track.
Early Feedback
“Falcon AI cut our Grasshopper wiring time on a parametric facade project significantly. The AI understands architectural intent.”
“The definitions Falcon generates are clean and well-structured. It handles complex wiring that would take hours manually.”
“The BYOK approach means we control costs and data. Deployed across our office in a day.”
Build the pro Grasshopper copilot with us
Falcon AI is in development. Tell us how your team uses Grasshopper and what a useful pro copilot should automate first.
Autonomous Distribution
Watch the swarm parse intent and distribute structural tasks.