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Autocraft combines product-direction exploration, project-wide context, interactive project mapping, direct sketch-to-code, version checkpoints, multi-page generation, prototype stitching, precise refinement, and frontend code ownership inside one connected visual workspace.
Three product directions from one business idea
Direct on-canvas sketch-to-code
Project-wide context across the frontend
The most expensive mistake is not a weak first screen. It is committing product and engineering effort before the product direction is clear. Autocraft puts that decision at the beginning of the workflow, then keeps the selected system connected to the pages that follow.
Product Direction
Describe the product once. Autocraft creates a brand theme and style guide, then proposes three distinct product directions instead of forcing the first generated interface to become the default.
Carry one direction forward as project context, or return and explore another when the product calls for a different visual or strategic approach.
Visual System
Autocraft establishes colour, typography, interface character, hierarchy, and visual tone before the product expands across more pages.
The selected system stays available as the project grows, helping new pages feel like parts of the same product rather than unrelated generations.
Project-Wide Context
The workspace carries the selected direction, existing pages, visual system, relevant media, and prior product decisions across generation and refinement.
Create the next page without re-explaining the product from zero. Autocraft is designed to become more context-aware as the project grows.
Sketch to Code
Sketch navigation, sections, cards, actions, and approximate hierarchy inside Autocraft, then convert that rough spatial intent into a rendered frontend interface.
The generated page immediately joins the same workspace, where it can be refined with Design Chat, Quick Edit, manual editing, and the project visual system.
Initial Product Generation
Choose a direction and Autocraft begins with three pages in the initial pass, carrying the chosen visual system and product context across the set.
Continue generating more pages in the same direction, or intentionally switch direction later when the product itself changes.
Stitch Prototype
Select up to six pages and ask Autocraft to stitch them into a prototype by inferring the intended flow and adding navigation between the selected screens.
This is a UI-prototyping aid rather than a production routing guarantee. Review the generated connections because some flows can still need correction or refinement.
Infinite Canvas
Pages, sketches, directions, references, and iterations can stay visible together on one canvas so product decisions remain spatially understandable.
Zoom out to judge coherence. Zoom in to refine one component. Compare alternatives without losing the broader product picture.
Project Graph
Autocraft represents the project as an interactive graph of page relationships, giving you a structural view of how the current screens are connected.
Select a graph element and the canvas moves to the corresponding page, keeping product architecture and visual work connected in the same workspace.
Give Autocraft the idea, audience, and product objective. The workflow begins from the product context rather than treating the request as one isolated page prompt.
Autocraft proposes distinct visual interpretations with their own colour, typography, interface language, and product character.
The selected system becomes the starting context for a coherent initial product instead of three unrelated screens.
Add pages, refine sections, attach media, sketch new interfaces, or continue the workflow without re-explaining the whole product every time.
Carry the existing visual direction forward when consistency matters, or deliberately change course when the product itself needs a new direction.
Autocraft does not force every design decision through another prompt. Use the interaction that matches the change: AI for structural work, targeted context for precision, and manual tools for obvious edits.
Design Chat
Ask for new sections, hierarchy changes, content rewrites, layout evolution, or broader page transformations while keeping the project context available.
Scoped Refinement
Component-aware targeting gives the agent a concrete editing boundary so a local request does not need to become a full-page rewrite.
Quick Edit
Handle text, spacing, colours, and common visual adjustments manually when direct control is faster than prompting.
Version History
Save the current state of any page as an immutable checkpoint before an exploratory edit. Keep refining, then bring a saved version back onto the canvas when you want to compare or recover a direction.
Saved checkpoints are deliberate versions you choose to preserve, giving you a stable reference while AI-driven iteration continues.
Style Guides
Style guide templates and project direction help keep repeated generations aligned with the product language you actually want.
Project Media
Attach media when it should appear in the page, or use project media to communicate mood, composition, and brand character.
Editing Modes
Small and medium requests stay focused around the intended target, while genuinely broad changes can move through wider transformation paths.
Generation quality matters. Reliability across repeated changes matters more. Autocraft keeps the older control, recovery, and ownership systems because they are what make a visual AI workspace usable beyond the demo.
Validation
React and HTML outputs can pass through syntax, runtime, import, media, intent, and destructive-change checks before a candidate is committed.
Recovery
Undo/redo, rollback, and bounded repair flows help preserve working state when a generated change fails or needs to be reversed. Deliberate page checkpoints are handled separately through Version History.
Code Ownership
Inspect the generated code, export it, and move into Codex, Claude Code, Cursor, VS Code, or an existing engineering workflow.
Model Flexibility
Autocraft is designed so model choice can evolve with the market across generation, multimodal interpretation, refinement, and recovery workflows.
BYOK
Connect a supported AI API key and keep model usage on your own provider account while paying a small platform fee for the workspace.
Execution Control
Projects preserve page state while supporting active executions and queued work, so the workspace can handle more than one isolated generation at a time.
Direction, context, and sketch-to-code lead the story. Project graph, version checkpoints, prototype stitching, generation, editing, media, safety, recovery, and execution systems remain part of the workspace underneath them.
Typical AI page generation
One prompt
One generated direction
Isolated pages
Prompt-only refinement
Repeated regeneration
Limited visibility across the product
Autocraft
Your idea has more than one possible future
Start from a business idea or a rough sketch. Build the product direction in Autocraft, refine the frontend with control, and take the code wherever development continues.
