Scalable Vector Graphics generation model to create beautiful diagrams.
Introducing Ditto
Ditto speaks design. Ditto stays up to date
with the latest LLM's. Ditto is personalized for you. See Ditto firsthand.
Ditto speaks design. Ditto stays up to date with the latest LLM's. Ditto is personalized for you. See Ditto firsthand.
Why Ditto Excels
Prompt: "Draw a diagram of the Orion constellation and point out his shield."
Prompt: "Draw a diagram of the Orion constellation and point out his shield."
Why Ditto Excels
Prompt: "Draw a diagram of the
Orion constellation and point out his shield."
By leveraging current machine learning techniques. Ditto uses our model alongside LLMs to generate detailed SVG diagrams.
By leveraging current machine learning techniques. Ditto uses our model alongside LLMs to generate detailed SVG diagrams. Current LLM's are not identifying spatial relationships in diagrams. Which is why their diagrams are practically useless.
By leveraging current machine learning techniques. Ditto uses our model alongside LLMs to generate detailed SVG diagrams.
Ditto understands space better than LLMs, which struggle with spatial relationships in diagrams. That's why their diagrams are often limited.
Current LLM's are not identifying spatial relationships in diagrams. Which is why their diagrams are practically useless.
Draw the Orion constellation?
Circle the most important parts.
Whats the heat cycle with this constant?
Make a step-by-step diagram for...
"You remember 80% of what you see, but only about 20% of what you read."
How does my integral change if…?
What is the chemical mechanism for super glue
Draw a diagram for a 4-4-2 football attack.
About Us
Ditto is supported by three leading SVG researchers from Chicago. Our team brings experience from Meta's Reality Labs, NASA Ames Research Laboratory, and Argonne National Laboratory. We're making the bet that diagrams will continue to be the best way to learn. From award-winning NSF-funded research, 2x hackathon wins, and work at top US labs, we understand that visuals are everything. Diagrams work one-on-one with your mind. We're building a future of visualization and learning for everyone.
Ditto is supported by three leading SVG researchers from Chicago. Our team brings experience from Meta's Reality Labs, NASA Ames Research Laboratory, and Argonne National Laboratory.
We're making the bet that diagrams will continue to be the best way to learn. From award-winning NSF-funded research, 2x hackathon wins, and work at top US labs, we understand that visuals are everything.
Diagrams work one-on-one with your mind. We're building a future of visualization and learning for everyone.
Who is Ditto for?
Ditto is for the 1 billion+ knowledge workers who need to communicate visually but don't have time to become designers. Whether you're a PhD candidate who needs 12 figures by Friday, a consultant with a deck due tomorrow, an engineer documenting architecture, or a student just trying to finish an assignment, Ditto gets your diagrams done in minutes so you can focus on what you actually care about. No learning curve. No design skills required. Just describe what you need, and get publication-quality visuals instantly. Because your time is worth more than formatting boxes in PowerPoint.
What makes Ditto better?
We trained specifically on spatial relationships in diagrams.
Why SVG
Current AI tools generate diagrams as pixels on a grid. That’s why they struggle with spatial relationships, produce blurry outputs when scaled, and force you to regenerate from scratch for every tiny edit. SVG is fundamentally different. It represents diagrams as code—structured nodes, paths, and coordinates that define spatial relationships explicitly. This structure solves three critical problems: Infinite scalability: Vector graphics look perfect at any size. Your diagram renders flawlessly whether it’s on a phone screen or a 10-foot conference poster. True editability: Change text, adjust positions, and modify colors, all without touching the AI. SVG is code you can edit directly or manipulate programmatically. Spatial understanding: AI can reason about “box A is 20 units left of box B” better than “pixel cluster A is near pixel cluster B.” Structure enables smarter generation.
Who is Ditto for?
Ditto is for the 1 billion+ knowledge workers who need to communicate visually but don't have time to become designers. Whether you're a PhD candidate who needs 12 figures by Friday, a consultant with a deck due tomorrow, an engineer documenting architecture, or a student just trying to finish an assignment, Ditto gets your diagrams done in minutes so you can focus on what you actually care about. No learning curve. No design skills required. Just describe what you need, and get publication-quality visuals instantly. Because your time is worth more than formatting boxes in PowerPoint.
What makes Ditto better?
We trained specifically on spatial relationships in diagrams.
Why SVG
Current AI tools generate diagrams as pixels on a grid. That’s why they struggle with spatial relationships, produce blurry outputs when scaled, and force you to regenerate from scratch for every tiny edit. SVG is fundamentally different. It represents diagrams as code—structured nodes, paths, and coordinates that define spatial relationships explicitly. This structure solves three critical problems: Infinite scalability: Vector graphics look perfect at any size. Your diagram renders flawlessly whether it’s on a phone screen or a 10-foot conference poster. True editability: Change text, adjust positions, and modify colors, all without touching the AI. SVG is code you can edit directly or manipulate programmatically. Spatial understanding: AI can reason about “box A is 20 units left of box B” better than “pixel cluster A is near pixel cluster B.” Structure enables smarter generation.
Who is Ditto for?
Ditto is for the 1 billion+ knowledge workers who need to communicate visually but don't have time to become designers. Whether you're a PhD candidate who needs 12 figures by Friday, a consultant with a deck due tomorrow, an engineer documenting architecture, or a student just trying to finish an assignment, Ditto gets your diagrams done in minutes so you can focus on what you actually care about. No learning curve. No design skills required. Just describe what you need, and get publication-quality visuals instantly. Because your time is worth more than formatting boxes in PowerPoint.
What makes Ditto better?
We trained specifically on spatial relationships in diagrams.
Why SVG
Current AI tools generate diagrams as pixels on a grid. That’s why they struggle with spatial relationships, produce blurry outputs when scaled, and force you to regenerate from scratch for every tiny edit. SVG is fundamentally different. It represents diagrams as code—structured nodes, paths, and coordinates that define spatial relationships explicitly. This structure solves three critical problems: Infinite scalability: Vector graphics look perfect at any size. Your diagram renders flawlessly whether it’s on a phone screen or a 10-foot conference poster. True editability: Change text, adjust positions, and modify colors, all without touching the AI. SVG is code you can edit directly or manipulate programmatically. Spatial understanding: AI can reason about “box A is 20 units left of box B” better than “pixel cluster A is near pixel cluster B.” Structure enables smarter generation.
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We are small team from the South Side of Chicago. We aim to better education, starting from our very home.