Autodesk Forma

AI-powered generation of multiple building massing and volumetric options based on site constraints, program requirements, and design parameters. The system rapidly produces design alternatives that would typically require weeks of manual iteration.

Cloud-native environment enabling multiple team members to simultaneously view, edit, and iterate on the same architectural model without version control conflicts. Changes are synchronized in real-time across all connected users.

Tools for creating high-quality renderings, animations, and presentation materials directly from the design model. Includes customizable visualization styles, lighting, and material options for client presentations.

Collaborative annotation and markup features that allow stakeholders to comment, mark up, and provide feedback directly on the design model. Feedback is organized and trackable for design team response.

Automated verification that designs meet applicable zoning, building code, and regulatory requirements. Identifies compliance issues and suggests corrections to bring designs into compliance.

Preliminary cost estimation and feasibility analysis based on design parameters, program, and site conditions. Provides early-stage budget guidance and identifies cost drivers.

Analysis and visualization of how the proposed design relates to surrounding urban context, including massing relationships, street wall continuity, and integration with adjacent buildings and public spaces.

Embedded environmental simulation that calculates and visualizes solar exposure, shading patterns, and solar gain across the design model throughout the year. Results are displayed directly in the design viewport without requiring external plugins.

Computational fluid dynamics analysis embedded in the design platform that models wind patterns, air flow, and microclimate effects around buildings and urban spaces. Results inform design decisions for pedestrian comfort and outdoor space usability.

Time-based visualization that animates shadow patterns across the design throughout a day or season, allowing designers to understand shadow impact on adjacent properties, public spaces, and building facades. Includes quantitative shadow analysis data.

Automated analysis of site characteristics including topography, existing conditions, regulatory constraints, and environmental factors. Visualizes constraints as overlays to inform design decisions and identify opportunities.

System for defining and applying design rules and parameters that automatically constrain and guide the generative design process. Rules can encode zoning requirements, design standards, and project-specific constraints.

AI-assisted tool that allocates program spaces (offices, retail, residential units, etc.) within the massing based on area requirements, adjacency preferences, and design constraints. Optimizes space distribution to meet project goals.

Tools for managing multiple design iterations, comparing alternatives side-by-side, and tracking changes throughout the design development process. Enables easy rollback to previous versions and branching of design directions.

Ability to import architectural models and data from other design tools (Revit, SketchUp, etc.) and maintain compatibility with standard AEC file formats. Enables integration with existing design workflows.