Synthetic Data Studio

Clean reads and significant results from every study you field.

The Synthetic Data Studio gives consumer insights, market research, and advanced analytics teams a controlled workspace for cohort boosting, causal scenario modeling, and outcome targeting. Bring a completed tracker, U&A, concept test, pricing study, sensory study, or customer dataset. Simulacra learns the population response structure, then lets your team ask what changes when price, claims, segments, behaviors, or attitudes move — in real time, from the data you already have.

Synthetic Data Studio Generate tab showing 939 generated rows from a constrained cohort representing 9 percent of the input data.
364 seed rows 9% matched cohort 939 generated rows 78% unique rows
No-code workflow

From completed study to scenario model. Never miss a cell, cut, or crosstab.

Built for insights and research teams: guided workspace, packaged onboarding, validation support, included generated-row volume, stakeholder-ready outputs, and a repeatable workflow from upload to analysis.

Step 01

Upload your data

CSV, Excel, SPSS export. As few as 300–500 rows. The Studio normalizes types, surfaces the cleaned schema, and flags low-signal columns before training.

Studio upload summary showing 364 cleaned rows, 50 variables, and 74 percent unique observations.
Step 02

Simulacra fits your population

Simulacra fits the response structure of your respondent population. Usually in 60 seconds or less. Single-tenant container, processed in an isolated session, never combined with another customer's data.

Studio Generate tab showing 1,000 generated rows, 100 percent within constraints, and 99 percent unique generated rows.
Step 03

Run scenarios

Boost thin segments, model interventions like a price change or marketing spend, and run scenarios on the data you already have. No new fieldwork required.

Studio generation parameters with Gender constrained to Female, Marital Status constrained to Married, and Family size constrained from 3 to 6.
Step 04

Analyze and present results

Graph distributions, pivot the generated population, and bring the result stakeholders need into the next meeting.

Studio analysis view showing a distribution chart and table for Ease and convenient across food preference cohorts.
Studio capabilities

Boost thin segments, model interventions, target outcomes — interactively.

Boost thin cells

Generate statistically credible respondents for low-incidence cohorts, sparse segments, and priority cuts — without pretending those groups are simpler than they are.

Run interventions

Set a measured variable (price, pack size, claim, occasion, awareness, preference, satisfaction) and see how the rest of the study moves with it.

Target outcomes

Start with the business result you want, then search for the respondent conditions and scenario paths your data supports.

Product proof

A boost is not a filter. The rest of the study re-equilibrates.

In this demo, the Studio boosts a narrow cohort from a completed online-delivery study: married women in 3-6 person households. That cohort represented only 9% of the observed input. Simulacra generated 939 constrained rows, then let the downstream economics, behavior, demographics, and satisfaction responses move together.

Seed study 364

cleaned rows

Scenario cohort 9%

of input matched constraints

Boosted output 939

generated rows

Generated rows 78%

unique in the constrained output

Economic profile

Income rises with the cohort.

The generated cohort is not just more rows with a demographic label. Income rebalances sharply: the Rs. 25,001-50,000 band moves from 19% of input to 61% of generated rows, while no-income responses fall from 48% to 9%.

Monthly income comparison showing Rs. 25,001 to 50,000 moving from 19 percent input to 61 percent generated and no income moving from 48 percent to 9 percent.
Behavior

Meal timing moves.

Lunch becomes the dominant occasion in the generated cohort, moving from 32% of input to 63% of generated rows.

Meal priority comparison showing lunch moving from 32 percent input to 63 percent generated.
Preference

Food preference changes.

The cohort shifts strongly toward vegetarian food occasions, from 17% of input to 85% of generated rows.

Food preference comparison showing vegetarian food moving from 17 percent input to 85 percent generated.
Satisfaction proxy

Convenience response changes.

The Studio also surfaces trade-offs: agreement that delivery is easy and convenient drops while disagreement rises in the constrained cohort.

Ease and convenient comparison showing disagreement rising to 87 percent of generated rows while agreement falls to 13 percent.
Demographics

Age and household size follow.

Within the female cohort, mean age moves from 24.39 to 27.74 and mean family size moves from 3.5 to 4.6.

Continuous variable comparison showing generated female mean age at 27.74 and generated family size mean at 4.6.
Causal analysis

The same project can estimate what moves what.

The Analyze tab keeps causal estimation inside the governed project. Select an outcome, treatment, graph assumption, and analysis type; the Studio returns effect size, uncertainty, significance, and sample-quality diagnostics tied to measured variables rather than free-form interpretation.

Studio Analyze tab showing a causal network learned from measured variables in the online delivery demo project.
The causal network view makes the assumed graph inspectable before running an effect estimate.
Average causal effect result showing -2.2 percentage points, significant, with a 95 percent confidence interval and 100 percent valid sample quality.
Under the selected graph assumptions, Freshness is estimated at -2.2 pp on the ease-and-convenience outcome, with confidence interval and coverage shown beside the result.
Built for research workflows

Built around the studies your team already fields.

What's in the Studio.

Boost

Expand an under-sampled population or cohort in your existing research. Synthesized rows behave the way your respondent population behaves.

Stabilize

Reduce volatility in tracker cuts wave-over-wave. Borrows strength from prior waves while preserving wave-level signal.

Scenario

Run do(X) interventions and audience rebalancing, then inspect how downstream variables shift together. Predict the way your respondent population would actually respond.

Schema inspector

View the cleaned schema the engine actually trained on, after our automated cleaning: column names, levels, low-signal drops.

Govern

Synthetic-row labels on every export, scenario assumptions captured in the methodology appendix, project-level access controls.

Export

CSV, Parquet, SPSS, R, Python, Tableau, Power BI. Methodology appendix attached on every export.

ACE / CATE

Predict causal effects on generated populations and outcome scenarios, plus segment-level heterogeneous effects and automated reporting. Read more.

Validate

Holdout backtests, distribution overlap checks, novelty audit, infeasibility reports. Run on any customer dataset, anytime, by the Simulacra team.

Data security

Each project runs in an isolated single-tenant container. Customer data is trained zero-shot, processed in memory, and never combined with another customer's data.

Data handling

Your study remains your study.

Simulacra does not train across customers. Customer datasets are used to fit the requested model or validation workflow for that customer, inside the agreed environment and retention terms. The Studio is designed for enterprise review: privacy, security, validation, and methodology are part of the workflow, not afterthoughts.

Security Privacy Subprocessors API security
Walk through

See the Studio run on your data.

We'll walk through the platform on a real dataset — yours or ours — running a cohort boost, a causal intervention, and a scenario-modeling pass. ~45 minutes. Standard NDA if you bring your own study.