
Elena Voss
“We used to burn a week on PID for every new converter. Now I get three solid candidates before lunch.”
Talk through your plant's dynamics, confirm the model, and let LabCD search, score, and validate a controller until the response holds up. No file upload required.

LabCD grew out of late-night lab sessions and failed step tests.

“We used to burn a week on PID for every new converter. Now I get three solid candidates before lunch.”

“It rejected my favorite gains once, for a missing phase margin. It was right. I bought the team coffee.”

“I still write the plant model. LabCD just stops me from falling in love with an unstable pole.”
PID and multi-loop are already in the studio. Everything else is on a clear path — no vaporware, just the next problems we want to solve with you.
Gains are searched, scored on MSE and overshoot, and only accepted once they clear your stability checks.
Next up: proposing horizons, Q/R weights, and adaptation laws, with the same validation discipline.
Identify plants from data, refine existing controllers, and eventually close the loop on real hardware with the LabCD SDK.
No 40-page setup guide. Talk it through, pick a module, watch it work.
Describe it in plain language — order, resonances, what it needs to reject. LabCD shapes a plant model with you in chat, no file required.
Save the agreed model to your case studies, then pick PID for classical gains or multi-loop when you need cascaded structure.
Candidates are proposed, scored, and checked against your constraints. You keep the final say — and the gains that passed.
Start free. Upgrade when you need more runs, users, and support.
For academics and light use.
For individual engineers.
For small teams and companies.
Custom requirements, onboarding, and scale.
"We still own the physics. The agents just stop us from shipping the first set of gains that looked pretty on a plot."— A control engineer who has been burned before