AURA - the Business Expert 

Empowers any user by leveraging Enterprise Knowledge & Know-How

LEO - The Engineer

Effectively solve technical challenges in all engineering disciplines

MARIE - The Scientist

Bring Deep Scientific Knowledge to Engineers or Researchers

Knowledge that already exists finally gets used with AURA.

You stop answering the same question twice. People find existing answers before they even finish asking.

Catch up on what matters. Skip the rest.

You don't have to read everything to know everything. Come back from vacation and get up to speed in minutes, not days.

Ideas are easy. Managing them isn't. 3DSwym idea funnels bring structure

Your team's ideas don't get lost. Every idea is captured, sorted, and easy to review — and duplicates get caught automatically.

Challenge: One of the parts in my assembly was imported from a STEP file, but I need to modify the geometry. What's the best way to do that?

Response: I can help you convert a solid body into a fully parametric model

Value: Move from manually rebuilding imported STEP or IGES geometry with no feature history, sketches, or parameters, to automatically converting BREP geometry into a fully parametric SOLIDWORKS model with native features and an editable feature tree. This makes imported parts easier to edit, refine, and reuse, especially for reverse engineering and workflows where existing CAD data needs to be modified, improved, or extended for future design work.

Challenge: Hey LEO, this assembly is getting sluggish. Can you analyze the whole model and recommend the highest-impact actions to improve performance?

Response: Absolutely. I’ll review the assembly structure, component complexity, rebuild behavior, graphics load, and hidden or overloaded components. Then I’ll recommend the actions that will make the biggest difference first.

Value: Move from manually hunting through sluggish assemblies to find what is slowing them down to having LEO analyze the full assembly and recommend the highest-impact performance improvements first. LEO reviews assembly structure, component complexity, rebuild behavior, graphics load, hidden or overloaded components, detailed fasteners, and SpeedPak opportunities, then helps simplify the right areas so the model opens, rebuilds, and reviews faster.

In this example, LEO reduced assembly open time from 52 seconds to 8 seconds, about 84% faster. For one engineer, that means a smoother design experience. Across a team, it means hours of design time returned every time the assembly is opened, rebuilt, or reviewed.

Challenge: Hey LEO, can you generate instructions for assembling each component in this assembly?"

Response: Sure! I can generate step-by-step assembly instructions with visual snapshots to help you assemble each component correctly, almost like a LEGO-style instruction manual.

Value: Move from manually creating assembly instructions, screenshots, and documentation for each component, to having LEO generate clear step-by-step assembly instructions with visual snapshots directly from the assembly. Users can review, edit, regenerate, and finalize the instructions before producing an easy-to-follow report that can be printed or shared as a PDF.

You get faster assembly documentation, fewer manual instruction-writing steps, clearer communication for manufacturing, service, training, and customers, and more consistent guidance so components can be assembled correctly the first time.

Challenge: I replaced the existing motor with a higher-power motor. Due to the increased load, I'm evaluating whether the main pivot pin should be increased. Can you help me understand the full design impact of this change?

Response: Sure! I can analyze the full assembly, uncover impacted parts, sub-assemblies, and other downstream dependencies

Value: Move from making a design change and manually tracing its impact across parts, subassemblies, and downstream dependencies, to having LEO analyze the full assembly before the change is made. When a performance requirement changes, such as replacing a motor with a higher-power option, LEO helps identify which components may be affected, including the main pivot pin, related parts, connected subassemblies, and dependent design decisions.

You get faster impact analysis, fewer missed dependencies, more confident design changes, and better control over downstream risk before committing to an update that could affect performance, reliability, manufacturability, or serviceability.

Challenge: I have to add multiple custom properties to every part in an assembly. Could you help me automate that?"

Response: I can help you automate repetitive tasks by generating custom SOLIDWORKS macros.

Value: Move from automation being limited to users who know how to write macros or understand programming, to making automation accessible to every SOLIDWORKS user through natural language. Users can simply describe the work they want to automate, and LEO can generate the macro logic, open it in the editor, and help refine it conversationally.