Venturi provides a design tool that integrates site context and local building code constraints directly into Rhino, enabling architects and developers to generate compliant building envelopes in seconds. By automating code compliance checks, the platform can reduce planning and design time by up to 75%, allowing users to focus on creative aspects rather than manual rework.
Funding
Funding not disclosed
Founders
Product
Problem
Architects and developers often spend weeks manually tracing site data and interpreting varying local building codes, leading to frequent rework and compliance delays. The lack of integrated tools forces designers to guess or manually adjust building envelopes, increasing project timelines and costs.
Solution
Venturi offers a design automation platform that plugs directly into Rhino, importing site context and local code constraints to generate compliant building envelopes in seconds. By embedding code logic within the familiar Rhino environment, the tool eliminates manual tracing and guesswork, allowing users to produce code‑compliant designs up to 75% faster. The platform continuously updates with feedback from the architecture and development community, ensuring that the automation reflects real‑world workflow needs. This accelerates the planning phase, reduces rework, and frees professionals to focus on creative design rather than regulatory interpretation.
Target Audience
Primary users are architectural firms and real‑estate development teams that design building envelopes and need rapid, code‑compliant planning within Rhino.
Features
- Direct integration with Rhino, requiring no additional software learning curve
- Automatic import of site-specific data (e.g., topography, setbacks) and local building code rules
- Real‑time generation of compliant building envelopes with instant visual feedback
- Adjustable parameters to explore alternative design options while maintaining code compliance
- Built‑in validation that flags code violations before export, reducing downstream revisions
- Cloud‑based rule engine that updates with jurisdictional code changes and user‑provided constraints