AI Builder

The AI Builder is a prompt-driven application generator built on top of the Dynamic Engine. It translates natural language into fully functional pages, components, backend code, and logic — then renders everything inside the visual builder so you can refine it manually.

How It Works

The AI Builder operates in three stages:

1. Understanding your intent — The AI analyzes your prompt to detect layout structure, purpose (dashboard, CRUD, form, etc.), required UI components, user experience goals, and logic requirements.
2. Generating a blueprint — It creates page structure, wireframes, and components, applying logic, UI styles, themes, and layout algorithms.
3. Rendering into the Dynamic Engine — The generated design appears inside the visual builder, ready for manual adjustments, styling tweaks, and backend wiring.

Prompt-Based Generation

Type a prompt and the AI Builder generates a full application structure — pages, navigation, responsive layouts, and components pre-wired with mock data and logic.

Example prompts

• Create a SaaS dashboard with revenue metrics and user activity charts.
• Build a booking app with login, calendar, and payment flow.
• Generate an e-commerce product listing grid connected to a mock API.

What gets generated

• Pages and navigation — Multi-page structure with routes and menus.
• Responsive layouts — Mobile-friendly grids, sections, and breakpoints.
• Pre-wired components — UI blocks connected to mock data, APIs, or session-based database schema drafts.
• Boilerplate code — Frontend and backend scaffolding you can export or deploy.

Hybrid Mode

Hybrid Mode lets you combine manual drag-and-drop editing in the Dynamic Engine with AI assistance at any point in your workflow.

• Convert simple blocks into complex components
• Auto-style components to match your theme
• Add responsiveness to existing layouts
• Generate logic for selected components
• Suggest code refactors and layout improvements

Example hybrid prompts

• Improve this hero section and make it look modern and sleek.
• Make this pricing table responsive and add a “most popular” badge.
• Improve this form layout and make it two-column responsive.
• Make this chart responsive and add filters.

AI Workflows

AI Workflows orchestrate multi-step operations that would normally require several manual tasks in the builder and backend panels.

• Authentication flow creation
• Database migrations and schema updates
• CRUD API generation
• Payment integration — Stripe, Razorpay, and similar providers
• Multi-step form interactions and wizards
• Background jobs and logic algorithms

You can trigger an entire workflow with a single prompt — for example, “Create an employee onboarding flow with login, profile form, document upload, and admin approval.”

Branching, Versioning, and Prototyping

Electroplix includes version control designed for visual application builders, so you can experiment without losing production-ready work.

• Branches — Create design variations and compare outcomes side by side.
• Sandboxes — Isolated spaces for experiments before merging into main.
• AI-assisted merge — Resolve conflicts when combining branches.
• Version timeline — Time-machine style history with preview for each snapshot.
• Visual diffing — Compare layouts and components against previous versions.

Branches can sync directly to Git for code-level versioning and CI/CD alignment, keeping visual edits and exported code in sync.

AI Code Refactoring

Request refactors to improve code quality and performance without rebuilding from scratch.

Automatic refactoring

• Simplifying component logic and reducing unnecessary complexity
• Extracting reusable UI patterns from repeated blocks
• Optimizing state management
• Improving API error handling, retries, and caching
• Upgrading to modern framework patterns such as Next.js App Router with React Server Components

Manual refactor prompts

• Refactor the entire project for performance.
• Convert this UI into reusable template blocks.

Auto-Generated Components

Every UI component the AI Builder creates is saved to your workspace library as a reusable block.

• Components are stored in your project database and indexed by theme (including color systems)
• Reuse blocks across pages within the same project
• Push components to a global component registry for use in other apps

• Start with a clear, specific prompt — mention layout type, key pages, and data sources.
• Review generated output in the Dynamic Engine before publishing; adjust spacing, copy, and bindings.
• Use Hybrid Mode for polish: let AI handle bulk structure, then refine details manually.
• Branch before large AI refactors so you can compare diffs and roll back if needed.
• Export or sync to Git regularly so AI-assisted changes stay aligned with your deployment pipeline.