AI
Agentic speaker design is here.
Thousands of iterations by hand. Nudging values in cryptic dialogs, spreadsheets and virtual machines to find another half a decibel, before you have cut a single panel.
Now you set the direction, the limits and the goal, and your assistant runs the experiments. It tries the candidates, simulates every one of them with a validated solver, and shows you what it found in your workspace.
- Free account
- Works with Claude and ChatGPT
- Undo anything
You: I have my garage sub open. Add a vented version of it and tell me whether it is worth it at 300 W.
- I will start with what you already have. get_workspace: Reading your sealed box and its driver.
- Your sealed box is already 3 dB down at 81 Hz. I will put a vented candidate beside it. add_enclosure: Adding a 55 L vented candidate tuned to 32 Hz.
- simulate_workspace: Simulating both at 300 W, half space, 1 m.
- Two things stand out at this power. Let me put the right graphs in front of you. show_graphs: Putting excursion first, with SPL and port velocity beside it.
- annotate_graphs: Marking where the cone and the port run out of room.
- end_workspace_session: Added B, vented and tuned to 32 Hz. Next: try a 150 mm port.
Assistant: Worth it for depth: F3 drops from 81 Hz to 30 Hz. Two things to fix at 300 W. Mark 1: The cone passes its 13.5 mm Xmax below 22 Hz, so add a high-pass near 20 Hz. Mark 2: The 100 mm port reaches 35 m/s around 30 Hz, past the 17 m/s where Insights warns; a 150 mm port brings that down to 15 m/s. Mark 3: marks the new F3. Want me to try the wider port?
A scripted session. The tool names and the app’s states are real, and every curve and figure is this simulator’s output for a Ciare 12.00SW in 55 L at 300 W, half space.
What it can do
From picking a driver to checking the build.
39 tools cover the whole job, in the order you would do it. Your assistant chooses which to call, and when, from what you ask.
- 1
Pick a driver
Search simulation-ready drivers by name or Thiele/Small filters, read one in full, and check a set of parameters for missing fields and contradictions.
- 2
Design
Suggest a starting alignment, read the fields each enclosure type takes, then build and edit candidates in a workspace of your own.
- 3
Simulate
Run the solver on a saved version, including horns, EQ and multiple-entry drivers, and read the numbers back.
- 4
Show you
Draw graphs in the conversation, with power and EQ controls you can adjust, arrange the dashboard in your open tab around what is being explained, and mark the frequencies worth looking at.
- 5
Check the build
Bring in a real measurement, such as a REW export, link it to the design it measures, and compare the two: the level difference and the shape difference are reported separately.
- 6
Keep or undo
Finish with a summary you can undo in one go, restore any saved version, and clear away the candidates and workspaces that did not work out.
Set it up
Add the URL, approve it in the app, done.
- 1Add the server URL to Claude, ChatGPT or another MCP client as a custom connector.
- 2Sign in to 00 Simulator and approve what the assistant may do.
- 3Open a workspace in 00 Simulator, then ask.
Step by step for
You approve what it may do, it only reaches your own workspaces, and you can undo its whole session. What you are approving
Do I need the simulator open?
No. Your assistant can work on your designs while the app is closed, and you will find its saved versions waiting for you. With a workspace open, you watch the same work happen: its changes are applied in place, it can arrange your graphs and mark them, and it hands back when it finishes. Workspaces it creates start as drafts: keep the ones you want, and the rest are archived after a week.
Which assistants can connect?
Claude, Claude Code and ChatGPT have step-by-step instructions on the setup page. 00 Simulator is a remote MCP server with OAuth sign-in, so other clients that support that should also be able to connect.
What can it see?
Your own workspaces and the measurements in them, the driver library, the simulations it runs, your app themes, and your account name and email. It cannot see anyone else’s workspaces, and designs you made as a guest live only in your browser.
Is it free?
Yes. Connecting only needs a free 00 Simulator account with a verified email address. Your assistant’s own plan decides whether you can add custom connectors.
Does the AI design the speaker?
It proposes and explains; the physics is the solver’s. Your assistant decides what to try, but every number it quotes comes from a simulation run by 00 Simulator, the same solver the app uses, and every design it saves is in your workspace for you to open, change or undo.
Can it delete or share my designs?
It can tidy up after itself: it can remove a candidate and delete a workspace, which then sits in Recently deleted for 30 days, and it is told to ask before deleting anything it did not create in that conversation. It cannot create share links, so nothing becomes public without you.
Can it work on horns?
Yes. The assistant can read and edit every horn type the app supports, including Paraflex and multiple-entry horns, and simulate them with the same solver.