Most AI tools in construction act as chatbots or simple assistants. Polaris is different. It is a functional agent built on top of a physics engine.
It doesn't just predict text; it calculates forces, generates valid IFC geometry, and simulates structural integrity using Finite Element Analysis (FEA). It operates as a virtual engineer, handling the full design loop from concept to full design.
Seven layers of engineering automation.
Polaris generates 3D structural models instantly from text and architectural inputs. It creates valid IFC files compatible with Revit, Tekla, and BlenderBIM, ensuring true interoperability.
Automatic calculation of gravity, wind, snow, and seismic loads based on project geolocation. It references local annexes (e.g., Finnish Snow Loads) to apply safety factors correctly.
Integrated with Calculix. Polaris meshes the geometry and runs solver iterations to visualize stress and displacement fields, identifying failure points in the building.
Every beam and column is cross-referenced against Eurocode 3 (Steel) and Eurocode 2 (Concrete). The agent flags non-compliant elements instantly and suggests viable cross-sections.
Multi-objective evolutionary algorithms optimize for weight reduction and Embodied Carbon (kgCO2e) while maintaining structural safety factors, often reducing material usage by 20%.
Automated generation of 2D engineering drawings, connection details, and fabrication lists from the 3D model, drastically reducing the manual drafting workload.
Polaris compiles a comprehensive PDF calculation report, detailing load cases, utilization ratios, and code references, ready for submission to regulatory authorities.