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Why the Allsolve Agent?
Most of a simulation engineer's day isn't spent engineering.
You build the geometry, track down materials, define the physics, set boundary conditions, mesh the model, launch the run, and dig through logs when it fails. Then you do it again for the next variation.
None of that is the reason you became an engineer. Understanding the problem and finding a better design gets whatever time is left after the software takes its cut. The Agent takes the mechanical setup, so more of the day goes to the part that needs your judgment.
An agent that operates on the project, not just the conversation
Ask in plain language and the Agent works through the full setup, reasoning about which physics to couple, where the boundary conditions belong, and which analysis fits the question..png?width=300&name=Allsolve%20Agent%20webpage%20images%20(5).png)
It's there when you open a project. Nothing to install, no separate environment, no external LLM subscription to manage.
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Quick answers for a lookup, deeper thinking for a full build. You choose how much effort a task gets.
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By default it asks before changing anything. Once you trust it on a task, let it run on auto-accept.
Five things it takes off your hands
Build a simulation by describing it
From an empty project to a solved result in the time it takes to describe what you wanted. It reasons about the whole setup rather than filling in a template.
Catch mistakes before they cost you
A result has to be trustworthy, so the Agent checks its work and yours. When a run fails, it reads the solver logs, explains what went wrong, and offers the fix — including issues in scripts you have customized.
Let it work while you do something else
Switch it to auto-accept, move to another project, and come back to finished results. It also clears out repetitive setup — ask for an array and it lays out the whole grid in one step instead of a hundred copies.
Turn the docs into a tutor
The Agent knows the documentation. Ask what is available and it hands you the direct links. Point it at a tutorial and it replicates the whole workflow, or goes step by step, explaining each stage so you learn Allsolve by doing.
Your data stays yours
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Data residency stays where it belongs. EU data in the EU, US data in the US.
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No retention by the model providers. The providers we use do not keep your data.
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No training on your chat history without your explicit agreement.
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Moving more inside our own cloud over time, so even fewer third parties are involved. Security and privacy are settled before anything ships.
How to get started yourself
New to Allsolve
See it on your own problem
Book a session with one of our engineers. We will show the Agent working on a simulation that looks like yours, and set you up to try it.
Already using Allsolve
It is already in your projects
The Agent is available to Allsolve customers. If you do not see it yet, reach out through the in-app support form and we will enable it for you.
See it work on your problem
Submit the form to talk with our experts—we'll respond within 1 business day. You'll get to see:
- How Allsolve Agent could fit your use case
- What results to expect (accuracy, runtime, design exploration capabilities and rough cost range)
- How it could plug into your workflow today
Proven applications and advantages

Medical devices
Simulate massive ultrasound arrays and therapeutic transducers without simplification.
Ultrasound · HIFU · PMUT/CMUT

Consumer electronics
Optimize next-gen MEMS, RF, and audio components with cloud-scale precision.
Audio MEMS · RF Filters · AR/VR Optics

Automotive
Ensure the reliability of LiDAR, RF, and safety sensors with multiphysics precision.
LiDAR · Inertial Sensors · V2X RF

New space
Scalable, high-speed simulations for the most demanding multiphysics problems.
RF & Satcom · ADCS · EMI/EMC
Proven applications and advantages

Medical devices
Simulate massive ultrasound arrays and therapeutic transducers without simplification.
Ultrasound · HIFU · PMUT/CMUT

Consumer electronics
Optimize next-gen MEMS, RF, and audio components with cloud-scale precision.
Audio MEMS · RF Filters · AR/VR Optics

Automotive
Ensure the reliability of LiDAR, RF, and safety sensors with multiphysics precision.
LiDAR · Inertial Sensors · V2X RF

New space
Scalable, high-speed simulations for the most demanding multiphysics problems.
RF & Satcom · ADCS · EMI/EMC
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