Natural-language creation
Talk in a designer's language so AI understands intent, not just keywords.
SUAPP AIT
AI Design Talk
One Conversation. The Whole Workflow.
SUAPP AIT (SUAPP AI Talk) is the conversational hub and agent workspace for SUAPP's AI design toolkit. Start with natural language and call on rendering, modeling, concepting, animation, and code expertise in one line—design, ask, generate, and refine in the same flow.
2areasCore capability areas
4modesMultimodal inputs
10+Specialist agents
8stagesAcross the design journey
Reads SketchUp scenes
Multi-agent collaboration
Analyze this floor plan, outline its strengths and weaknesses, and suggest improvements
Analyzing floor planAnalysis complete
The uploaded floor plan needs a focused review of layout, room sizes, daylight, ventilation, circulation, and opportunities for improvement.
Floor plan analysis complete
The layout is clear, with strengths in zoning, daylight, and outdoor living. Here are the key observations and design directions.
Strengths
- Clear functional zoning:Bedrooms, bathrooms, and outdoor terraces are clearly arranged, supporting comfort and privacy.
- Strong daylight and cross-ventilation:The north–south orientation improves daylight and cross-ventilation, keeping interiors bright, fresh, and dry.
- Generous outdoor living:Multiple terraces create places to unwind and improve the overall quality of living.
- Logical circulation:The entry sequence is fluid, with daily and guest circulation kept separate.
Watch-outs
- Some area is underused:The stair core and parts of the corridor consume floor area that could serve a more useful purpose.
- Uneven daylight:The secondary and accessible bedrooms sit deeper in the plan and may receive limited daylight.
- Bathroom layout needs refinement:Closely grouped shared bathrooms may create congestion during peak use.
Design directions
- Improve space planning:Rework selected corridor and stair areas as storage or flexible program zones to recover usable area.
- Bring in more daylight:Increase glazing where possible and use reflective interior finishes to lift daylight in darker rooms.
- Refine bathroom planning:Redistribute shared bathrooms—or add one where needed—to reduce peak-time pressure and improve convenience.
Message SUAPP AIT, or type @ to call an agent
Core Capabilities
Two core layers turn conversation into adesign workflow
Built around natural-language creation and automatic agent orchestration.
Automatic agent orchestration
One dialogue box coordinates the entire AI design toolset.
Multimodal Understanding
Multimodal inputs,understood in context
Four input modes work together to read the design context. The clearer the brief, the more focused the result.
Describe the brief, context, and desired outcome. AI interprets the design intent.
Input“Generate a lakeside café in a watercolor style”
Output
Capture the active viewport so AI can see the design as it stands.
Input
“Generate an aerial view of the business center”
Output
Upload a sketch, photo, or render. AI reads spatial relationships and visual cues.
Input
“Colorize the site plan”
Output
Generate video and animation from a render, model, or written brief to communicate spatial experience and design change.
Input
“Create a time-lapse of the flower blooming”
Output
Design Intelligence
Design critique andrecommendations
Go beyond command execution. Discuss options, test assumptions, and get design reasoning with every answer.
Design a 500 m² modern house. Start with the concept, then develop floor plans and four exterior views from different angles.
Thinking through the briefAnalysis complete
The brief calls for a 500 m² modern villa with a clear design concept, floor plans, and exterior views. Establish the architectural language first, then develop drawings that resolve dimensions, program, and the relationship between house and garden.
Here is a concept for a 500 m² modern villa, with the design rationale, color floor plans, and exterior views from multiple angles.
Design concept: Light in motion, living with nature
The proposal creates a bright, open home that lives in dialogue with its landscape. Key principles include:
Maximize daylight and cross-ventilationDeep glazing, double-height spaces, and carefully positioned openings bring daylight and fresh air deep into the plan.
Fluid, open planningOpen and semi-open zones encourage interaction while keeping the plan visually connected and adaptable.
A restrained modern languageClean lines, crisp massing, and contemporary materials shape an architectural form that feels current and enduring.
Seamless indoor–outdoor livingTerraces, full-height glazing, and a carefully composed garden soften the boundary between home and landscape.
Comfort with purposeClear zoning and considered details support the different routines of the household.
Ground-floor plan · color
Living, dining, and kitchen form an open social core with generous daylight and cross-ventilation. A study / guest room, entry storage, and a kitchen beside the dining area complete the plan, while the terrace extends daily life outdoors.
Upper-floor plan · color
A family lounge anchors the upper level. The primary suite includes an ensuite, dressing room, and view balcony; two children's rooms share a bathroom. A roof garden / terrace adds outdoor space and privacy.
Exterior visualization · View 01: main entry
Crisp geometric volumes and strong lines define the house. Curtain wall glazing and full-height windows bring openness, while a planted entry canopy, light façades, dark metal trims, water, and paving compose a layered courtyard.
Exterior visualization · View 02: side courtyard
The terrace flows into a side courtyard, with outdoor furniture and planting creating a relaxed setting. Window placement balances daylight and views, while the roof terrace expands the outdoor experience.
Exterior visualization · View 03: rear garden
The rear opens fully to the main garden through generous glazing. Layered volumes, lawn, planting beds, trees, and timber screens create a calm, nature-led elevation.
Exterior visualization · View 04: aerial
The aerial view clarifies the house, roof terrace, garden, planting, water, and paving as one composition. Geometric massing and modern lines read clearly within the surrounding landscape.
This is an initial design direction. Final development should respond to the site, budget, and your preferences.
Design scenarios
Start with a loose direction. AI develops program, circulation, and strategy into a structured design rationale.
Comparative analysis
Ask about multiple options and get a focused comparison report.
Technical guidance
Draw on a design knowledge base for structured answers that remove technical roadblocks.
Design critique
Probe, compare, and refine options like you would with a trusted colleague—then turn each discussion into a decision record.
Agent Matrix
Match each design task with aspecialist agent
Type @ followed by an agent name to bring in the right specialist.
Automatic Orchestration
Multi-steporchestration
Break a compound brief into subtasks, dispatch agents, and connect the outputs.
Brief decomposition
Break a compound brief into subtasks such as “render → edit → model”.
Agent dispatch
Call the right agents in sequence and run the chain without manual hand-offs.
Result chaining
Each output becomes the next input, creating a closed-loop workflow.
Design Scenarios
Across fourdesign disciplines
For architecture, interiors, landscape architecture, and urban planning.
Architecture
From massing studies to code checks
From concept to design review, use dialogue to drive massing, façade studies, visualization, and code checks without leaving the conversation.
Interior design
From FF&E to material and light
Generate FF&E assets, shift the spatial mood, or tune materials and lighting with one clear instruction.
Landscape architecture
From site analysis to design presentation
Upload site photos, discuss existing conditions, and generate planting, context, and concept references faster.
Urban planning
From site constraints to option studies
Provide the site boundary and program. AI tests layouts, generates planning concepts, and compares options to widen the field quickly.
Full Design Journey
Across thefull design journey
From concept development to presentation output, each card is a workflow step.
“Generate a fluid, Zaha-inspired concept for an arts pavilion”
Concept development@AI Concept
Establish the design theme and visual direction that anchor the next iterations.“Compare these three massing options. Which one ventilates best?”
Design review & iteration@Image Interpreter
Evaluate options through user experience and design logic, then make the trade-offs explicit.“Check the latest daylight-spacing code for residential buildings”
Code & standards check@Standard Assistant
Read the source image and rebuild the code-analysis sheet with its tables and references intact.“Replace this façade finish with perforated aluminum panels”
Design development@AI Render
Calibrate materials, scale, and detailing around the selected direction so the proposal is more resolved and buildable.“Generate a dusk visualization from the current scene”
Visualization & atmosphere@AI Render@Banana Assistant
Unify composition, lighting, and atmosphere to make the design value immediately legible.“Generate a yellow lounge chair and place it in the scene”
Asset modeling@AI Modeling@SU Modeling Assistant
Turn selected elements into dimensionally reliable, reusable scene assets with clear spatial relationships.“Turn this visualization into a forward camera-move video”
Design storytelling@AI Animation
Use camera paths and timing to choreograph the spatial experience and give a still proposal a narrative.“Create design diagrams and a presentation deck from these drawings”
Presentation output@GPT Assistant@PPT Assistant
Turn key decisions into a clear presentation narrative and an editable deliverable package.
Plugin version
SUAPP AIR for SketchUp
SUAPP AIR for Rhino 7.x
SUAPP AIR for Revit
SUAPP AIR for 3ds Max
SUAPP AIR for Blender
SUAPP AIR for Photoshop
SUAPP AIR for AutoCAD
SUAPP AIR for Windows
SUAPP AIR for macOS
