TestFit

Hypar is a generative building design platform that enables architects, developers, and building designers to rapidly explore and evaluate building design options through computational and AI-driven workflows. The platform provides a cloud-based environment where users configure building parameters — site boundaries, program requirements, structural systems, and performance targets — and automatically generate optimized designs satisfying all constraints. Hypar distinguishes itself through its function-based approach, where building systems are represented as composable computational functions that can be connected to create complete building designs. This modular architecture allows flexibility in defining design logic while evaluating thousands of variants quickly. The platform includes built-in analysis for floor area calculations, code compliance, cost estimation, and sustainability metrics. Hypar's open platform allows users and third-party developers to create custom functions extending capabilities for specific building types or regional codes. The platform exports to standard BIM formats including IFC and Revit, ensuring interoperability with downstream tools. Hypar has been adopted by architecture firms and development companies for site feasibility studies and early-phase design optimization.

Finch 3D is an AI-powered building design tool that uses generative algorithms to help architects optimize building layouts for structural efficiency, daylighting, energy performance, and livability. Developed in Sweden, the platform focuses on the early design phase where fundamental building decisions about massing, orientation, structural grid, and apartment layout have the greatest impact on project outcomes. Finch uses multi-objective optimization to balance competing criteria simultaneously — maximizing natural light while minimizing structural costs, optimizing unit count while maintaining livability. The tool integrates directly with Grasshopper for Rhino, allowing architects to incorporate AI-driven optimization into their parametric design workflows. Users define design parameters including building footprint, structural constraints, and performance targets, and Finch explores thousands of configurations to identify Pareto-optimal solutions representing the best trade-offs. The platform provides real-time feedback on structural feasibility, daylight access, and energy implications as users adjust parameters, enabling interactive optimization. Finch has been adopted by architecture firms across Scandinavia and Europe for residential projects where early optimization significantly reduces costs and improves occupant satisfaction.

Maket AI is an AI-powered architectural design platform that generates floor plans and spatial layouts from simple parameters and design constraints. The tool enables architects, interior designers, real estate developers, and homeowners to explore thousands of design possibilities in minutes rather than the hours or days required by traditional drafting methods. Users input room requirements, spatial relationships, lot dimensions, and style preferences, and Maket's AI generates multiple optimized floor plan variations. The platform supports residential, commercial, and mixed-use projects with parametric design exploration that allows real-time adjustments to generated plans. Maket AI aims to democratize architectural design by making the conceptual phase faster and more accessible. The free plan allows limited explorations, while paid plans starting at $29 per month offer unlimited generation, advanced customization, and export in architectural formats.

Snaptrude is a cloud-based AI architectural design platform that enables architects and designers to create building designs, floor plans, and 3D models collaboratively in the browser. The platform combines intuitive 3D modeling tools with AI-powered features including automatic floor plan generation, sun and shadow analysis, energy performance simulation, and code compliance checking. Snaptrude focuses on the early design phase of architecture, where quick iteration and exploration of alternatives are crucial. The platform supports real-time collaboration, allowing multiple team members to work simultaneously, similar to Figma. Users can import site data and zoning information to generate initial massing studies and floor plan layouts complying with local building codes. The AI assists with space planning by suggesting optimal room arrangements based on programmatic requirements and adjacency preferences. Snaptrude offers interoperability with BIM tools through IFC export, enabling seamless transition from conceptual design to detailed development in Revit or ArchiCAD. Built-in sustainability analysis tools provide real-time feedback on energy performance, daylighting, and carbon footprint as the design evolves, helping architects make informed environmental decisions from the earliest project stages.