Parametric Solutions

AI-Powered Design & Feasibility Studies for Multi-Family & Mixed-Use Projects

qbiq is a first-of-its-kind AI planning and visualization solution that immediately creates customized layout alternatives and 3D virtual tours, reducing space planning turnaround time from weeks to minutes.

Floor planning reimagined: human creativity + AI The world’s only software for generating, iterating, and sharing floor plans live to supercharge your work.

Dodda AI is a feasibility study assistant that helps developers, planners, and consultants collect, validate, and organize site-specific data faster. By bringing together zoning regulations, utility information, AHJ requirements, and other pre-design inputs, Dodda AI helps teams make better early-stage decisions with less manual research. Teams evaluating Dodda AI pricing, features, and workflow value typically consider it for faster site analysis, permitting research, and more efficient feasibility reporting.

TestFit is an AI-powered site planning and real estate feasibility software that helps architects, developers, and contractors generate rapid layout studies, parking plans, and early-stage design options. With parametric tools, real-time iteration, and integrations with platforms like Revit, SketchUp, and AutoCAD, TestFit helps teams move faster through feasibility workflows before detailed design begins. Teams comparing TestFit AI software, pricing, free trial options, and alternatives often evaluate it for faster planning, yield studies, and pre-design decision-making.

SWAPP AI is an architecture documentation software that helps design teams automate repetitive BIM and drawing production tasks. Built for firms working in Revit-centered workflows, SWAPP AI is designed to improve consistency, reduce manual drafting time, and speed up documentation across design development and construction documentation phases. Teams evaluating SWAPP AI pricing, features, and integrations often consider it for high-volume production workflows where automation can reduce rework and improve delivery speed.