WaveSimPro Cloud Opens for Early Access

We're excited to announce the early-access launch of WaveSimPro Cloud — Rayfos's commercial implementation based on the Modified Born Series (MBS) as a fully managed cloud simulation service.

WaveSimPro Cloud brings large-scale MBS simulations to a managed cloud platform accessible directly from a web GUI, Python or MATLAB scripting.

How does WaveSimPro Cloud relate to WaveSim?

WaveSimPro Cloud shares its scientific foundation — the Modified Born Series (MBS) method — with the open-source WaveSim library, but is built on a separate, performance-optimised codebase that delivers the speed and memory efficiency needed for large-scale 3D problems.

You get the same underlying method, combined with managed cloud infrastructure, operational reliability, and commercial support.

🔹No software to install: Skip the local setup and infrastructure. Simulations run on RayFos-managed cloud compute resources, enabling large-scale wave propagation problems to be solved directly from your browser.

🔹 Scale beyond local hardware: Run simulations on Rayfos's high-performance GPU and CPU cloud infrastructure, offering fast compute and high memory for large 3D problems.

🔹 Even faster, more efficient: Executes Modified Born Series (MBS) simulations considerably faster and with a smaller memory footprint than the open-source WaveSim library, making large Helmholtz and Maxwell problems practical to run.

🔹 Commercial support: Benefit from ongoing updates, technical support, and a continuously improving platform backed by Rayfos.

Web-GUI Access

🔹 Easy access to MBS through a browser-based GUI:  A full graphical interface for the Modified Born Series method — open a browser, sign in, and start simulating.

🔹 Set up, run, and visualise your simulation: Create and configure models and sources through the GUI, or import them from standard CAD, photonics, and scientific formats. Add monitors, launch simulations, and inspect results interactively using built-in 2D and 3D visualization tools.

Scripting Access

🔹 Run simulations directly from Python/MATLAB: Define your simulation locally, call simulate(...), and the computation runs in the cloud. Results are returned as standard arrays, making integration with existing workflows straightforward.

🔹 Visualize your results in the web-GUI: Inspect simulation outputs using built-in 2D and 3D visualization tools without writing custom plotting code.

🔹 Open-source starter kit included: Get started quickly with runnable Helmholtz and Maxwell examples,  along with lightweight helper utilities in the wavesimpro starter kit. A similar MATLAB starter kit is coming soon.  

🔹 Minimal local setup required: No GPU needed, no large external dependencies (e.g. CUDA), or dependency management required. Authenticate with an API key and run simulations directly from Python or MATLAB.

Getting Started

🔹 🔐 Register to get access to WaveSimPro Cloud: https://studio.rayfos.com

🔹 📦 Starter kit & Examples (WaveSimPro Python client): https://github.com/RayFos-Ltd/wavesimpro-starter-kit

🔹 📄 Learn more about WaveSimPro Cloud: https://www.rayfos.com/wavesimpro

Help Shape the Future of WaveSimPro Cloud

Early access is your opportunity to help shape the direction of WaveSimPro Cloud.

We’re inviting early users to apply WaveSimPro Cloud to real simulation workloads and share feedback on performance, usability, and missing capabilities.

Try it on your own problems and let us know what would make it more useful in your workflow.

For questions, feedback, or collaboration opportunities, visit Rayfos Ltd and learn more about WaveSimPro Cloud.