AI-Assisted Structural Analysis Software
Upload structural drawings for your residential or light commercial project. SmartStructs extracts the framing, pulls your hazard data from ASCE, sizes every member per code, and exports a permit-ready package.
Two Ways to Start
How It Works
1. Upload your drawings
An AI agent swarm reads every detail
2. Loads + analysis, automatic
ASCE hazard data pulled, code-compliant calcs run
3. Review, edit, export
Permit-ready package, every formula shown
What's Inside
AI drawing extraction
Member geometry, spans, spacing, species and grades, and support conditions extracted across six structural systems. Low-confidence reads are flagged for your review.
Code-compliant engine
Timber, masonry, footings, posts, and shear walls designed to NDS, TMS, ACI, and SDPWS, with ASCE 7 wind and seismic lateral loads.
ASCE hazard auto-pull
Snow, wind, and seismic by location. No manual lookups.
A submittable package
Detailed calculations: formulas, utilization ratios, and pass/fail on every code check. PDF export.
You stay in control
Edit any value before analysis runs.
The SmartStructs Assistant
One chat assistant, built into the platform. It sizes members, reviews your project, and designs from a sketch.
Size a member
Size any member in 30 seconds. Just describe it: "2×6 DF-L rafter, 14 ft span." Simple enough for non-engineers.
Size a member free arrow_forwardReview your project
Ask your structural model anything: "What's missing to run analysis?" or "Compare these two shear walls." It answers across every member and proposes edits you approve.
See it in action arrow_forwardDesign from a sketch
Turn a rough sketch into a sized structure. It works out the framing with you and sizes the full load path. Preliminary design: you refine and seal.
Start a design arrow_forwardWhy You Can Trust It
The AI reads. The engine calculates. You stamp.
No black-box numbers. Every load, stress, and capacity traces to a formula and a code clause. Hazard data comes from ASCE, not guessed. You confirm every input before the engine runs.