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Time traveling companyExplore

Analytics explain the past.
OpenX rehearses what comes next.

The future is too expensive to test directly in production. OpenX lets teams compare alternatives, inspect why outcomes differ, and identify the smallest real-world experiment that reduces uncertainty.

Explore the simulation process ↓
A branching OpenX system twin with connected possible futures
One world / many possible futures

We create AI agents modeled on real people and place them inside simulated environments, allowing companies to test decisions before implementing them in the real world.

A fictional OpenX business buyer persona with behavioral signals
San Francisco source environment
A simulated San Francisco world with people, mobility, workplaces, and commerce
LIVE WORLD · SAN FRANCISCO12,400 agents
Morning routine

Observe friction before the day begins.

Moving through the city

Measure choices across time and place.

Coffee with a colleague

Trace how social context changes intent.

Trying the product

See what converts interest into action.

01Model the person02Fork the decision03Observe behavior in context

Illustrative agent and environment concepts, not a live population. Synthetic people are modeled representations, not observations of real individuals.

One decision.
Thousands of possible futures.

Simulate human behavior in any environment to tailor your decisions and achieve your goals.

SIMULATING: AUDIENCE SEGMENTS 1 / 3

Product

See which features earn adoption, trust, and retention before committing the roadmap.

Go-to-market

Rehearse messages, channels, pricing, and competitive response before launch.

Finance

Fork runway, hiring, capital, and revenue assumptions across correlated shocks.

BEHAVIOR MODEL LIVE
72%

Variation in preferences, incentives and risk tolerance.

38%

How strongly peers and networks affect each decision.

30d

How long agents retain outcomes and adapt from experience.

24%

Frequency and intensity of external changes and shocks.

Population modelHigh behavioral heterogeneity
Interaction modelPeer-influenced decisions

StructureLearn the supported relationships between actors, traits, environments, and second-order effects.

Synthetic character previewOpen in app ↗
Fictional profile · Chicago

Mara Velasquez

Enterprise Security Director

Personal goal

Adopt useful AI automation without weakening auditability or regulatory posture.

Caution
Evidence trust
Mara Velasquez, fictional synthetic character from the app library
Illustrative step 1 / 3Review the proposal

A decision reaches this person with their own goals and constraints.

Fictional traits and scripted activities, not a clone of a real person or a live AI forecast. Population diversity and memory controls apply to the environment view.

Illustrative product demonstration. OpenX returns ranges, evidence links, and confidence levels—not guarantees.

From evidence to understanding

Five stages.
One learning loop.

Explore how a question becomes a model—and how that model earns its place in a decision.

InterviewsProduct dataResearchEvidence → shared baselineAssumptions
Gather evidence. Mark what is still assumed.

01 / Ground

Start with what we know.

Connect evidence from product data, interviews, operations and documents. Make the starting assumptions visible.

What carries forwardEvidence + explicit assumptions

Conceptual visualization of the workflow. Not a live simulation or a performance result.

Bring us your decision