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Renovato AI
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#9203 Radar 19

AI-powered visualization for architectural firms, enhancing renders with relighting, animation, and 3D rebuilding.

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Product memo

Architectural studios use AI to enhance their visualizations, relighting, re-seasoning, and animating existing renders. It rebuilds 3D models from flat images, routing tasks across a node-based atlas that chains specialized AI models from OpenAI, Gemini, ByteDance, and Kling. This approach gives architects a flexible way to iterate on designs and produce high-fidelity outputs without manual re-rendering.

For who

Architectural studios and firms

Solves what

AI-powered architectural visualization and rendering enhancement

  • Node-based rendering atlas
  • Multiple AI model integration
  • Relighting, animation, 3D rebuilds
"

In their own words

Renders,renovated. — AI architectural visualization platform for studios.

A new edit · for every render in your studio

Drop a render. Renovato relights it, reseasons it, populates it, animates it, or rebuilds it in 3D — through a node-based atlas routed across OpenAI, Gemini, ByteDance, Kling, and open-source engines.

CTA: Open studio

Commercial cues

Pricing snapshot usage based with free tier

Model

usage based

Free tier

Yes

Trial

Available

No public pricing tiers captured.

Pricing Strategy

Key Tactics
  • Credit system decouples price from seats, scaling with project demands.

Operator context

Founded

May 2026

Platform

Web app

Audience

Designers

Public footprint

No public footprint captured yet.

Builder Strategy

Strategy Type
Niche Specialist
Stage
Pre Revenue
Effort
Small Team
About Renovato AI Expand

Renovato AI provides architectural studios and firms with advanced AI capabilities to transform their visualization workflows. It takes existing renders and applies AI relighting, re-seasoning, and animation, or even rebuilds them into 3D models.

The platform achieves this by chaining multiple specialized AI models, including those from OpenAI, Gemini, ByteDance, and Kling, through a flexible node-based atlas. This innovative approach allows architects to iterate on designs more rapidly and produce high-quality visual outputs, moving beyond the limitations of traditional rendering processes.