Hypar

Hypar is a cloud platform for architects that automates space planning and generative building design, turning programmatic requirements into workable plans and allowing export to BIM tools.

Pricing Model: Free, Paid

Category: Interior and Architectural Design Ai Tools

https://hypar.io/

Release Date: 06/09/2017

• AI-guided space planning from programmatic requirements.

• Real-time layout generation with interactive feedback.

• Integration with Autodesk Revit (Hypar for Revit).

• Import of DXF, images, and PDF underlays.

• Support for multiple building typologies (offices, healthcare, data centers).

• Collaborative editing and sharing of design variants.

• Export to BIM / downstream tools preserving spatial logic.

• Parametric control over partitions, circulation, adjacency.

• Performance metrics / area analyses in real time.

• Plugin or extension support (e.g. Grasshopper, custom “functions”)

Hypar is a cloud-native design automation platform that empowers architects, engineers, and building professionals to transform programmatic building constraints into robust spatial layouts and BIM-ready models. It bridges the gap between early conceptual planning and detailed architectural design by automating repetitive and rule-based tasks, so users can focus on innovation and decision making.

At its core, Hypar enables users to input programmatic requirements—such as room sizes, adjacency rules, circulation paths, and spatial constraints—and quickly generate multiple layout proposals. Because the tool works in real time, users can tweak parameters and immediately see the impact on area metrics, circulation, and spatial logic. This capability accelerates the iterative loop of design exploration, allowing architects to test many configurations rapidly.

Hypar supports import of existing plan data from DXF, images, or PDF underlays, enabling users to build upon prior work. The platform also integrates closely with Autodesk Revit — the Hypar for Revit feature enables bringing spatial layouts, furniture, and grid logic directly into Revit models without losing semantic relationships. Thus, Hypar sits upstream of detailed BIM workflows, helping reduce redundant work and maintain design consistency.

The tool is particularly useful across typologies such as offices, healthcare facilities, data centers, and mixed-use buildings. It accommodates custom rule sets, parametric constraints, and logic encapsulated in “functions” or plugins, giving flexibility for firms to encode their own design standards. Collaborative features allow team members to share, review, and refine layout variants together.

Because Hypar automates routine spatial logic and offers interactive performance feedback, design teams can reduce wasted time, explore more alternatives, and bring early decisions forward. This is critical in competitive architectural practice where early conceptual clarity often drives cost & schedule outcomes. Hypar represents a shift in architectural workflows by embedding automation, rules, and generative thinking into the early design phases—helping teams deliver better, more informed building layouts more efficiently.

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