Our Services

Immersive training systems engineered for measurable skill transfer and validated learning outcomes.

Capabilities

Our Services

Custom immersive environments grounded in human factors research.

Evidence-based design for emerging technologies

Human Factors Research & UX

We apply rigorous human factors methodology to understand user needs, evaluate systems, and optimize experiences in VR, AR, and AI applications.

Research

Human factors research and consulting

Usability testing, experiment design, and cognitive load assessment.

Validation

Data analysis and efficacy validation

Measure learning outcomes and performance gains with statistical rigor.

Development

Unity and Unreal engine implementation

Technical architecture scaled for research-grade fidelity and performance.

Process

How we work with you

We follow a transparent, evidence-based methodology from initial discovery through final validation. Each phase builds on rigorous human factors principles.

We listen before we build

Build the simulation with technical precision and research-grade documentation.

Define objectives and constraints

Collect data, analyze outcomes, and prove the efficacy of your training.

Design the human experience

Map cognitive load and interaction patterns for optimal learning transfer.

Engineer with precision

Build in Unity or Unreal with research-grade documentation and performance standards.

Prove the impact

Collect data, analyze outcomes, and demonstrate measurable performance gains.

Our methodology in action

See how we applied this process to real challenges across healthcare and industry.

"Divination didn't just build us a simulation—they proved it worked. Our surgical training outcomes improved by 34% in the first cohort."

Dr. Sarah Chen
Chief of Surgery, Boston Medical

"We needed validation data, not flashy graphics. Their human factors approach cut our cognitive load assessment time in half while improving accuracy."

Marcus Okonkwo
Lead Researcher, MIT Media Lab