Hypar

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Hypar is space-planning software for architects and workplace planners that turns building programs into editable room layouts.

It imports site and Revit data, checks clearances and clashes automatically, and exports finished plans back to Revit or as DXF/DWG.

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Hypar Overview

Hypar is a cloud-based space-planning application built for architects, workplace planners and BIM teams who need to agree on a building layout quickly with clients. Users import site boundaries and existing Revit data, then edit rooms and furniture with automatic measurement inside the browser. The platform supports iterating on multiple design versions within a single project, sharing favorite rooms and furniture layouts across projects and teams, and specifying clearances so the system can automatically flag clashes. Projects can be shared with clients or collaborators via a single link. Hypar integrates with Revit through a dedicated add-in for sending selections into Hypar and loading Hypar projects back into Revit, and it supports importing DWG files and exporting plans as DXF/DWG for CAD interoperability. The product previously positioned itself as a broader generative-design scripting platform where users wrote and shared design logic; as of its 2.0 release it is focused specifically on space planning and test-fit workflows for commercial, healthcare, workplace and data-center projects.
Hypar is a cloud-based space-planning application built for architects, workplace planners and BIM teams who need to agree on a building layout quickly with clients. Users import site boundaries and existing Revit data, then edit rooms and furniture with automatic measurement inside the browser. The platform supports iterating on multiple design versions within a single project, sharing favorite rooms and furniture layouts across projects and teams, and specifying clearances so the system can automatically flag clashes. Projects can be shared with clients or collaborators via a single link. Hypar integrates with Revit through a dedicated add-in for sending selections into Hypar and loading Hypar projects back into Revit, and it supports importing DWG files and exporting plans as DXF/DWG for CAD interoperability. The product previously positioned itself as a broader generative-design scripting platform where users wrote and shared design logic; as of its 2.0 release it is focused specifically on space planning and test-fit workflows for commercial, healthcare, workplace and data-center projects.

Hypar Pricing

PRICING PLANS
Free plan (up to 3 owned projects, not for professional use)|0/free
Per user, per month|100/mo
Per user, per month, billed annually ($1,000/user/year)|83/yr

Hypar Frequently asked questions

Hypar is cloud-based space-planning software that lets teams import site and Revit data, edit room and furniture layouts with automatic measurement, and export the result back to Revit or as DXF/DWG.

Hypar Alternatives

See how Hypar stacks up against similar tools before you decide.

Planary

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Arkyv

Arkyv is an AI workspace for architecture teams that works inside Revit, Rhino and Archicad. AI agents take on repetitive BIM tasks such as tagging, preparing views and sheets, updating parameters and running model checks, and teams can save these as shared workflows. A knowledge tool answers questions from building codes, firm standards and project documents with citations, and a shared canvas supports concept imagery. Arkyv is a Swedish startup led by CEO Axel Wohlin.

Spacefit.ai

Spacefit.ai is an AI-powered space planning tool designed to transform how organizations optimize their environments. By simply uploading a floor plan, it instantly generates thousands of layout scenarios, evaluates space efficiency, and recommends configurations tailored to specific needs. Ideal for offices, retail spaces, or public areas, Spacefit.ai streamlines planning, maximizes surface utilization, and accelerates strategic decision-making with reliable data. This innovative solution allows users to quickly compare multiple options, identify the most effective layouts, and enhance the overall performance of any project, turning complex space management into a fast, intelligent, and data-driven process.