Philoptics drives your existing simulation stack end-to-end — from natural-language intent to validated, optimized designs — while your data never leaves your machine.
Philoptics is an AI-native design and simulation platform for photonics. Researchers and engineers describe a device in plain language; our agent plans the workflow, runs the simulations, and returns a validated design. The agent handles setup, scripting, and debugging, so your team stays focused on the physics.
One agent runs the full Design–Simulate–Optimize (DSO) pipeline, from idea to fabrication-ready design.
Describe your design intent in plain English. The agent translates it into a complete, parameterized structure definition — materials, layers, and geometry.
The agent generates the full simulation script, runs it in a sandboxed session against the solver, and validates the physics — energy balance, S-parameters, and mesh convergence — before accepting results.
The agent iterates on the validated design through optimization loops until performance targets are met, then returns a validated design with a report.
Works with Ansys Lumerical today; built cross-vendor by design. Zemax support is on the roadmap.
Agent-designed devices hold up against expert work — in simulation and in fabricated hardware.
An agent-designed double-layer coupler was fabricated and lab-measured at parity with an expert design.
Inverse design of a heterogeneous vertical coupler: expert workflow vs. an unattended agent run.
One agent kernel, two interfaces — pick the one that fits your workflow.
Runs locally and drives your existing Lumerical license. Project files and simulation data never leave your machine.
A zero-setup web interface backed by a local connector, with shareable result pages for your lab.
Local execution is the default in both modes. Simulations run on your hardware, under your license, and your designs and project files stay on your machine.
We're onboarding labs and engineering teams for early access.
Email: contact@philoptics.ai