DivergenceAI automates your entire HFSS pipeline — from CAD to results — so your team ships designs 10x faster.
Built by PhDs in electromagnetics from UC Davis & Georgia Tech.
Why HFSS Workflows Slow Engineers Down
Manual Mesh Generation
Engineers spend days tweaking mesh settings, material properties, and boundary conditions for each HFSS simulation—repetitive work that blocks innovation.
One-at-a-Time Testing
HFSS forces sequential scenario exploration. Testing design variations takes weeks when it should take hours—slowing time-to-market.
Simulation Expertise Bottleneck
Only senior engineers can effectively set up complex HFSS models, creating dependencies and limiting team scalability.
Disconnected CAD-to-Results
Manual CAD import, geometry cleanup, and post-processing creates gaps where errors multiply and insights get lost.
Traditional HFSS Workflow
CAD Import & Cleanup
Manually import geometry into HFSS, fix CAD issues, and simplify complex models for simulation readiness.
Mesh Generation Setup
Define mesh parameters, and convergence criteria. Requires expertise to balance accuracy vs. compute time.
Boundary Conditions & Materials
Set radiation boundaries, material properties, and excitation ports. Slow and easy to misconfigure.
Solve & Debug
Submit HFSS analyze and wait hours/days without supervision. When it fails (often), debug mesh, convergence, or setup issues manually.
Post-Process Results
Extract S-parameters, field plots, and performance metrics. Repeat entire process for each design variation.
AI-Automated HFSS Workflow
Intelligent CAD-to-HFSS
AI automatically imports, cleans, and optimizes your CAD geometry for HFSS. Generates simulation-ready mesh settings without expert tuning.
Autonomous Simulation Management
AI monitors HFSS jobs, detects convergence issues, and auto-adjusts settings. Get reliable results without manual debugging or restarts.
Post-Processing & Scenario Exploration
Automatically extract key insights from your HFSS simulations in minutes instead of hours — S-parameters, field data, and performance metrics. Compare design scenarios with natural language requests and make engineering decisions faster.
Scale HFSS Impact Without Increasing Headcount
Deploy AI Agents Across HFSS
Automate repetitive tasks across your HFSS workflow—from CAD to insights report—so engineers can focus on high-value design decisions.
Parallel Scenario Exploration
Run multiple design variations simultaneously across HFSS instances. Compare antenna performance and optimize matching networks more efficiently.
No HFSS Migration Required
Enhance your existing HFSS workflows with AI automation—no retraining or process changes required.
See DivergenceAI in Action
See how teams democratize HFSS expertise and ship designs faster.
Eliminate Manual CAD Work
Junior engineers create simulation-ready HFSS geometries in seconds with natural language—no CAD expertise required. Your team stops waiting on senior engineers for model setup.
Run Complex Simulations Without Senior Oversight
Any team member can launch simulations, parameter sweeps, and post-processing pipelines through natural language. AI monitors runs, catches errors early, and queues follow-up tasks—so your senior engineers stay focused on design decisions, not babysitting solvers.
Get Actionable Insights in Minutes, Not Days
Generate S-parameter plots, Smith charts, and far-field radiation patterns on demand with natural language. Teams go from simulation complete to design decision in minutes instead of waiting for post-processing queues.
New: Automated Antenna Array Design
Automated beam steering and sidelobe control, with automatic data capture, six tapering algorithms (Chebyshev, Taylor, cosine, and more), and instant performance validation tools.
Built for Enterprise HFSS Workflows
IP Protection & Data Security
Runs inside your secure environment, with support for enterprise encryption and isolated compute.
HFSS-Native Integration
Uses official Ansys HFSS APIs and licensing to ensure compatibility without hacks or reverse engineering.
Validated by RF Teams
Developed and tested in collaboration with RF engineers across aerospace, telecom, and advanced hardware companies.
RF Engineering Expertise
Founded by PhDs in electromagnetics with expertise in partial differential equations and RF systems engineering, with deep technical foundations from UC Davis and Georgia Tech, and industry experience developing RF technologies and scaling engineering teams at companies including Apple.
Pricing Plans
Choose the plan that fits your workflow. Start with a trial or contact us for enterprise options.
Professional
per month
- Access to HFSS Copilot core features
- Automated post-processing (plotting, reporting, beam steering, sidelobe control, etc.)
- Unlimited projects & saved configurations
- Email support & setup tutorials
- Export results for further analysis
Best for individual engineers and small teams who want to speed up antenna array workflows and reduce manual post-processing time.
Enterprise
pricing
- Everything in Professional
- Private deployments or on-premises integration
- Enhanced data isolation & encryption
- Custom workflows and automation features
- Priority support & roadmap input
For companies with strict security requirements or larger teams. Includes private deployment options, enterprise data controls, and direct support.
Contact Sales
Tell us about your enterprise needs and we'll get back to you within 24 hours.
Ready to Accelerate Your Simulations?
Join engineering teams saving 90% of their setup time with AI-powered simulation tools.
No credit card required
Full feature access during trial
Setup support included