Unify theFuture ofDesign

Build withDesign Orchestrator logo

The platform to run all your AI in AEC Workflows

Agent Builder

Design agents that work the way you do.

Design and deploy custom AI agents using a visual, node-based interface that lets you orchestrate complex workflows without coding. Shape workflows visually by connecting planning, rules, execution, and outputs into a unified automation pipeline.

Unlike traditional fragmented tools, this platform operates within a shared project context allowing multiple disciplines to collaborate through coordinated, agent-driven workflows. By combining conversational AI, generative design, simulation, and documentation into one environment, teams can iterate faster, maintain continuity of data, and make more informed decisions across the entire design lifecycle.

Architecture Geometry
Image Generation
Gemini 3.0 image generation preview
Structural Analysis
Video Generation
Research
Embodied carbon calculation
A1-A3
Estimate embodied carbon from timber weights and steel connections.
Timber: 18.6 t x 110 kgCO2e/t = 2.05 tCO2e.
Steel connections: 1.42 t x 1,850 kgCO2e/t = 2.63 tCO2e. Total: 4.68 tCO2e before transport, waste, and biogenic carbon.
My Design Agent
LLM agent
General-purpose large language model agent with configurable prompt inputs and tool connections.
Name
My Design Agent
Model
Coordinates specialist agents into one shared design workflow for geometry, structural reasoning, multimodal generation, and project research.
Coordinate subagents, synthesize outputs, preserve project context, and return concise design guidance with actionable next steps.
Tools
Connected specialist subagents available as tool inputs.
ToolTool name
Tool 1
Architecture Geometry
Tool 2
Structural Analysis
Tool 3
Image Generation
Tool 4
Video Generation
Tool 5
Research
Design Orchestrator agents running across desktop, web, and mobile surfaces
WebMobileRhinoRevitETABSWebMobileRhinoRevitETABS
WebMobileRhinoRevitETABSWebMobileRhinoRevitETABS

Build once.Run anywhere.

Build and run your agents on the Web, inside Desktop modelling software like Rhino and even on Mobile. We offer support and integration on multiple platforms.

Pre-Configured AI Workflows

Four Interfaces. One Unified Platform.

Design, automate, and deliver without switching tools and losing context. Along with Agent builder our platform brings together four pre-configured core interfaces, each designed to handle a specific modality of your workflow while staying connected through a shared project context.

Garden

Agent Garden

Natural-language design intelligence. Interact with your project through a primary medium of natural-language chat. This interface supports language-driven workflows for deep research, document retrieval, and specification queries. By grounding responses in the project’s shared memory, it allows for structured data interaction that keeps every conversation aligned with the evolving design intent.

Content

Content Generation

Multi-modal asset creation. Accelerate your creative process with AI-driven production across text, imagery, video, and 3D assets. This interface integrates state-of-the-art generative models into a unified inference layer, enabling you to generate, modify, and iterate on design content directly within the shared project environment.

Config

Configurator

Seamless computational integration. Bridge AI agents with your established design tools, including Grasshopper, Rhino, and BIM platforms. The Configurator allows for the execution of parametric models, simulations, and geometry-based workflows within a shared context. It enables real-time interaction between agent-led reasoning and precise engineering analysis, ensuring performance-driven design.

Canvas

Canvas

Infinite workspace for documentation. Translate complex design processes into communicable outputs on an infinite, digital workspace. The Canvas supports AI-assisted composition and layout generation for creating professional reports, presentation decks, and design boards. It automates the documentation workflow, ensuring that your technical findings and visual iterations are always ready for stakeholder review.

Agent Garden

Talk to an AI that understands your project.

Interact with your project through context-aware conversation. Retrieve documents, query data, and trigger workflows using RAG, web and document scraping, and multimodal inputs, all grounded in shared project memory.

Memory AwareMultimodalMulti LLM SupportCustom CalculationsDocument RetrievalHybrid Interfaces
Sustainable Timber Bridge in Amsterdam
Deep Research Agent
Architecture
Structure
Engineer
I’m designing a parametric timber gridshell pedestrian bridge in Amsterdam. What are the key structural considerations for this type of system under Eurocode 5?
Attached Documents
Eurocode_5_Extract.pdf
Structural timber design code
Bridge_Design_Sketches.pdf
Concept sketches
Design_Brief.pdf
Project goals and site constraints
3 files attached
Design OrchestratorDesign Orchestrator
Great. For Eurocode 5, focus on form-active behavior, combined axial compression and bending, member stability, global load paths through the grid, and connection performance. You need both ULS and SLS checks for the full shell system.
Eurocode_5_Extract.pdf
Design_Brief.pdf
Engineer
Can you create a simple diagram explaining how forces flow through my timber gridshell bridge?
Design OrchestratorDesign Orchestrator
Sure. Compression follows the curved members, in-plane shear moves through the grid, and local bending concentrates around nodes and edge conditions. The bridge behaves like a continuous shell distributing load across many members.
Generated by Sub-Agent
Force flow diagram for timber gridshell bridge
Memory Retrieval
Bridge_Design_Sketches.pdf
Design_Brief.pdf
Engineer
How do I account for connection slip in this kind of gridshell?
Design OrchestratorDesign Orchestrator
Model connection slip explicitly. Use slip modulus Kser account for stiffness loss and redistributed forces, and check the accumulated effect of many joints on deflection and vibration, especially for serviceability.
Eurocode_5_Extract.pdf
Engineer
What about long-term performance in Amsterdam’s outdoor environment?
Design OrchestratorDesign Orchestrator
Treat it as Service Class 3. Expect moisture-driven reduction in stiffness, higher creep via kdef, and durability risks at timber and steel interfaces. Detail for drainage, ventilation, corrosion protection, and long-term maintenance.
Eurocode_5_Extract.pdf
Design_Brief.pdf
Message Design Orchestrator for Southbank Mixed-Use Tower...

Configurator

Seamless Computational Design Integration

Bridge AI agents with your established computational design tools like Rhino and Grasshopper, and BIM tools like Revit. The Configurator allows for the execution of parametric models, simulations, and geometry-based workflows within a shared context. It enables real-time interaction between agent-led reasoning and user-configured parametric workflows.

GrasshopperTHREERhino

Content Generation

A unified system for generative content creation.

All your favourite Generative AI models and professional editing tools in one interface enabling focused content creation. Turn creative vision into scalable workflows without compromising quality.

Image generationImage editingUpscaleRestyleVideo generationVideo editing3D creation

Canvas

Infinite canvas for intelligent boards and reports with agents.

Infinite Workspace for Documentation Translate complex design processes into communicable outputs on an infinite, digital workspace . The Canvas supports AI-assisted composition and layout generation for creating professional reports, presentation decks, and design boards . It automates the documentation workflow, ensuring that your technical findings and visual iterations are always ready for stakeholder review.

Collaborative EditingData VizDiagrammingSketching

Bring Design Orchestrator into your studio.

We have launched our platform to a selected group of users. Register your interest to be the early adopter and get access to our platform. Your support helps us understand real AEC workflows and build a stronger case for scaling Design Orchestrator.