Visual editor
Latent variables, indicators, paths — drag & drop. No YAML, no code, no friction.
The open platform for structural equation models — visual path editor, the full PLS-SEM pipeline and publication-ready reports. Right in the browser. Or self-hosted, when your data is sensitive.
No setup, no credit card · Open-source engine · Validated against established reference values
Established statistics, modern tooling, open standards.
Latent variables, indicators, paths — drag & drop. No YAML, no code, no friction.
Loadings, weights, path coefficients, R², GoF — validated against established reference values from the PLS-SEM literature.
PDF, XLSX, LaTeX — publication-ready. With tables, charts and a methods section you can drop straight into your paper.
Docker image for teaching, clinical work and the enterprise. Your data never leaves your network.
Models, weights and reports in open standards (JSON, CSV, LaTeX). Migrate in and out of other PLS tools — no lock-in.
Co-authors, reviewers and version comparison for research groups. Without endless email threads.
CSV, XLSX, SPSS or Stata — we read whatever you have.
Constructs and paths via drag & drop. Live preview of the model structure.
One click. plspm computes — loadings, paths, bootstrap confidences.
Report as PDF, tables as XLSX, model as JSON or LaTeX snippet — all in open formats.
PLS-SEM is used wherever relationships between latent, non-directly-measurable constructs need to be estimated — from PhD dissertations to the market research department of a Fortune 500 company.
Dissertations, journal submissions and seminars — no commercial licence, no shared lab account. Open engine, documented methodology, reproducible reports.
Instead of correlating individual touchpoints, OpenPLS estimates the whole system simultaneously. You see which lever actually moves loyalty and NPS — and which is just noise.
OpenPLS is particularly strong with small N and many indicators — the typical setup for employee, supplier and innovation surveys.
Self-host as a Docker container keeps patient and employee data inside your own network. Methodologically identical to the cloud version, documented for ethics committees.
Reviewers and dissertation committees want to know exactly how your numbers were produced. With OpenPLS, the answer is simple: here is the code.
The computation engine (loadings, paths, bootstrap, fit) is open — GPL-3.0, reproducible, auditable. No vendor lock-in for your methods section.
IPMA, PLSpredict, moderation, FIMIX segmentation and a PCA inner-weighting scheme are on the roadmap. Every extension lands in the engine first, then in the app.
A growing matrix of example models is checked against established reference values from the PLS-SEM literature — loadings, paths, R², SRMR. Per-case status is public.
We fund OpenPLS through consulting. The software stays free.
Everything you need for your research. Hosted by us.
Engine as a Docker container and Python library. On your server, inside your network.
Custom adaptations, training and methodological advice for research groups.