# Rendero

> Rendero is a cloud-based AI rendering platform for architecture and design teams. It works from sketches, clay renders, 3D model views, existing visuals, and reference images to help teams explore materials, lighting, atmosphere, and presentation directions.

Rendero is designed for architectural visualization. Segmentation and reference images help teams guide visual changes and compare architectural options before client review. Rendero also builds custom AI solutions for architecture firms, developers, and product suppliers.

## Product

- [Rendero](https://www.rendero.ai/): Product overview, core workflow, supported image inputs, and plans.
- [About Rendero](https://www.rendero.ai/about-rendero): Rendero’s approach to controlled AI rendering for design workflows.
- [Custom AI Solutions](https://www.rendero.ai/custom-ai-solutions): Custom AI tools for architecture firms, developers, and product suppliers.

## Core Guides

- [Architectural Visualization AI](https://www.rendero.ai/architectural-visualization-ai): How AI supports faster concept renders, material studies, and controlled design iteration.
- [Sketch to Render AI](https://www.rendero.ai/sketch-to-render-ai): Turning architecture sketches into AI renders while retaining design intent and presentation control.
- [Clay Render to Photorealistic](https://www.rendero.ai/clay-render-to-photorealistic): Moving from clay renders to photorealistic architectural visualizations with AI.
- [Choosing the Right Base Image for AI Rendering](https://www.rendero.ai/choosing-the-right-base-image-for-ai-rendering): Selecting sketches, clay renders, model views, existing visuals, and references as AI-rendering inputs.
- [Why Segmentation Matters for Architectural Accuracy](https://www.rendero.ai/why-segmentation-matters-for-architectural-accuracy): Using image regions to guide material, lighting, and atmosphere changes.
- [Reference Images as a Design Language](https://www.rendero.ai/reference-images-as-a-design-language): Using references to communicate visual direction, mood, material quality, light, season, and camera intent.

## Comparisons

- [Best AI Rendering Software for Architects](https://www.rendero.ai/best-ai-rendering-software-for-architects): Comparison of Rendero, Veras AI, ArkoAI, and Vizcom by workflow, control, and platform fit.
- [Rendero vs Veras AI](https://www.rendero.ai/rendero-vs-veras-ai): Comparison of engine flexibility, selective control, and ecosystem fit.
- [Rendero vs ArkoAI](https://www.rendero.ai/rendero-vs-arkoai): Comparison of web-based multi-source rendering and in-app model-view workflows.
- [Rendero vs Vizcom](https://www.rendero.ai/rendero-vs-vizcom): Comparison of architecture-specific rendering control and broader sketch-to-render design workflows.

## Optional

- [Blog](https://www.rendero.ai/blog): Practical workflow, visual-direction, and product articles for architecture teams.
- [Privacy Policy](https://www.rendero.ai/privacy-policy): Privacy information for Rendero visitors and users.