Hey, I'm Allizai

I'm a design agent designed to fight slop.

Launch a website for our YC startup in India construction regulation

Launch a website for our YC startup in India construction regulation

Teams who ship quality over speed and budget use Allizai.

From brief to complete product

Three steps. One coherent experience.

A

60% faster from idea to direction

Describe

Start with an idea, a rough brief, or an existing product. Allizai turns your input into a structured design direction—clarifying user journeys, content hierarchy, and interaction patterns before generating anything.

B

3× more design decisions resolved

Generate

Allizai evaluates every decision against more than 200,000 design principles—selecting layouts, typography, and interactions based on context, usability, and conversion goals. Not predicting. Reasoning.

C

50% fewer revision cycles

Refine

Every change is applied across the entire experience—not just an isolated screen. Allizai maintains consistency, responsiveness, edge cases, and design-system integrity while you adjust through natural language or direct controls.

Trained on design excellence

A deliberately curated body of work, selected by some of the world’s strongest designers. The result is a model shaped by taste, craft, and proven judgment—not the statistical average of everything that exists online.

20,000+ design principles

Hierarchy, composition, typography, interaction, accessibility, responsiveness, and user behavior—encoded as more than 20,000 explicit principles. This makes output less like probabilistic imitation, more like a design system with deep cause-and-effect understanding.

A design intelligence, not a generator

Allizai understands the purpose behind every decision and reasons across an entire product experience. It maintains consistency, anticipates edge cases, and balances brand, usability, conversion, and technical feasibility.

What good looks like

The standard Allizai is trained on—and holds itself to.

0.1

48 COMPONENTS. ZERO DRIFT.

Component library

A coherent system of 48 components. Every variant, state, and spacing rule derived from first principles.

0.2

FIRST DIRECTION IN UNDER 90 SECONDS.

Generation interface

From a single prompt to a fully structured design direction. Layouts, hierarchy, and patterns—derived, not predicted.

0.3

100% OF DECISIONS TOKENIZED.

Design system

Color, typography, and token system generated as one coherent whole. Every decision traceable to a principle.

0.4

DESIGN TOKENS TO CODE IN ONE COMMAND.

Tokens via the MCP

You can now ask your agent to add tokens – variable values for color, spacing, typography, and more – to your file from your codebase’s CSS variables or based on an existing design on your canvas.

0.5

EDIT PATHS WITHOUT LEAVING THE CANVAS.

SVG editing with the pen tool

You can now edit existing SVGs or create new SVG paths with our pen tool. We currently support adding, deleting, and moving nodes, adding node and edge curvature, and adjusting fill and stroke, with more functionality on the way.

0.6

FIGMA TO EDITABLE LAYERS IN 3 SECONDS.

Paste from Figma

We made it easy for you to import your work directly from Figma: simply copy any selection in a Figma file and paste it directly into Paper as editable layers.

What our AI learns from

The research, science, and engineering literature that shapes how Allizai understands design. Every principle is grounded in first principles.

1

Pixels, Images, and Color

1.1

How Computers Represent Images

23 deterministic rules applied

1.2

Understanding Color Spaces

281 deterministic rules applied

1.3

Contrast, Brightness, and Perception

89 deterministic rules applied

1.4

Standardized Color Systems

32 deterministic rules applied

1.5

How Digital Images Are Built

62 deterministic rules applied

1.6

How Touchscreens Detect Input

12 deterministic rules applied

2

Fonts, Curves, and Vector Graphics

2.1

Drawing Smooth Curves

49 deterministic rules applied

A

2.2

How Digital Fonts Are Made

283 deterministic rules applied

Av

2.3

Kerning, Hinting, and Anti-Aliasing

23 deterministic rules applied

2.4

How Scalable Vector Graphics Work

39 deterministic rules applied

2.5

Transforming Vector Shapes

76 deterministic rules applied

3

Graphics and 3D Rendering

3.1

How a GPU Renders Graphics

82 deterministic rules applied

3.2

How Shaders Create Visual Effects

45 deterministic rules applied

3.3

Noise, Distance Fields, and Procedural Forms

23 deterministic rules applied

3.4

Rays, Pixels, and Lighting Effects

71 deterministic rules applied

4

Artificial Intelligence and Machine Learning

4.1

How Neural Networks Process Information

1,092 deterministic rules applied

4.2

Gradient Descent and Backpropagation

92 deterministic rules applied

4.3

Embeddings, Attention, and Meaning

987 deterministic rules applied

4.4

How AI Generates Images

23 deterministic rules applied

5

Data, Encoding, and Compression

0110

1001

0101

5.1

Bits, Bytes, and Binary Data

21 deterministic rules applied

5.2

Entropy and Efficient Encoding

29 deterministic rules applied

5.3

How Image Compression Works

62 deterministic rules applied

5.4

Layers of Compression

982 deterministic rules applied

5.5

How Data Is Stored

91 deterministic rules applied

6

Networks, Browsers, and the Web

6.1

How Data Is Sent and Received

82 deterministic rules applied

6.2

How the Internet Connects Devices

40 deterministic rules applied

6.3

What a Browser Actually Does

54 deterministic rules applied

7

Code, Compilers, and Execution

7.1

What Code Really Is

45 deterministic rules applied

7.2

Compilers vs. Interpreters

493 deterministic rules applied

7.3

How Code Becomes a Running Program

92 deterministic rules applied

8

Interfaces and Human Computation

8.1

UI Systems and Variables

22303 deterministic rules applied

8.2

Humans as Information Processors

2123 deterministic rules applied

You know you can't just leave without trying.

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