Most AI tools in construction act as chatbots or simple assistants. Polaris is different. It is an AI-powered platform built on top of a physics engine.
It calculates forces, generates valid IFC geometry with FreeCAD and runs finite element analysis using CalculiX — all orchestrated in the cloud. Engineers stay in control while Polaris handles the iteration-heavy work: meshing, solving, checking compliance and converging on design targets.
Polaris imports IFC files or generates new structures from prompts via RAG. Created and updated geometry is available for download as IFC.
Automatic calculation of gravity, wind, snow, and seismic loads per EN 1991 based on project geolocation. References local national annexes and applies ULS/SLS combinations per EN 1990.
Cloud-based FEA powered by CalculiX. Polaris meshes the geometry using Gmsh and runs solver iterations to produce stress and displacement fields, identifying critical elements in minutes.
Every beam and column is cross-referenced against Eurocode 3 (Steel) and Eurocode 2 (Concrete). Non-compliant elements are flagged with factor-of-safety reporting and viable cross-section suggestions.
Iterative design-analysis loops optimize for weight reduction and cost while maintaining target safety factors. Polaris proposes and can execute changes automatically.
Polaris compiles a comprehensive PDF calculation report, detailing load cases, utilization ratios and code references, structured for regulatory review.