SaNaPLS No charge · testing phase
PLS-SEM · fsQCA · ANN · cIPMA, in one suite

From raw questionnaire data to publication-ready results — in one guided workflow.

SaNaPLS takes you from an uploaded survey file to latent variable scores, bootstrapped path coefficients, fsQCA configurations, neural-network importance rankings and cIPMA — with every cut-off traced to a published source. Nothing you upload ever leaves your browser.

Open the dashboard → No account. No install. No data leaves your device.
✓ Done

Latent variable scores

PLS-SEM path model, reliability and validity

Ready to use

fsQCA

Configurations for high and low outcomes

Ready to use

cIPMA (IPMA + NCA)

What matters most, and what's necessary

Why not just use what you have

Built to replace a folder of separate tools and licences

Nothing to install

Runs in any modern browser — Windows, Mac or Linux, no setup.

Your data stays yours

Every calculation runs on your machine. Nothing is uploaded to a server.

Works offline

After the first visit, keep running analyses without a connection.

One shared dataset

Upload once; every tool below reads the same file and the same constructs.

The workflow

Four stages, in order — the same ones on your dashboard

1

Prepare your data

Bring in a CSV, Excel or SPSS file, confirm what each column is, and screen the data once.

Import & screening
2

Describe

Summarise your sample, cross-tabulate demographics, and check every item and score for normality.

Demographics & descriptivesNormality tests
3

Estimate your model

Calculate latent variable scores with PLS-SEM, then check reliability, validity and path significance with bootstrapping.

Latent variable scores
4

Supplementary analysis

Go beyond the path model: fsQCA configurations, neural-network importance rankings, and cIPMA — built on your estimated model or uploaded scores.

fsQCAArtificial neural networkcIPMA (IPMA + NCA)

No guessing at thresholds

Every cut-off is traced to a published source

  • Reliability and validity bands follow Hair et al.'s guidance, with the exact source named next to every number.
  • Minimum sample size uses Kock & Hadaya's inverse-square-root method, matched value-for-value against established PLS-SEM software.
  • fsQCA and NCA follow Ragin and Dul's published procedures, including robustness and predictive checks.
  • The ANN stage follows Leong et al.'s published cross-validation pipeline.
  • Every downloaded Word report ends with a "Criteria used" table listing every threshold applied and its source.
Reliability, validityHair et al.
Minimum sample sizeKock & Hadaya, 2018
Discriminant validityHenseler et al. (HTMT)
fsQCA / NCARagin · Dul
Neural networkLeong et al., 2025

Developed by

Built by PLS-SEM researchers, for PLS-SEM researchers

SN

Prof. S. Sabraz Nawaz

Professor in Management and IT

Faculty
Faculty of Management and Commerce
University
South Eastern University of Sri Lanka
Location
Oluvil, Sri Lanka
Email
sabraz@seu.ac.lk
Phone
+94 77 244 6699
GA

Prof. Ghazanfar Ali

Department of Management and Marketing

School
KFUPM Business School
University
King Fahd University of Petroleum & Minerals
Location
Saudi Arabia
Email
ghazanfarali.abbasi@kfupm.edu.sa
Phone
+966 50 785 6615