Four layers, one goal.

A simulation is an experimental setting.

We let people live through dangerous or hard-to-repeat situations safely in a virtual environment, and record how they respond at the same time.

1. 01

   VR and AR scenarios

   Virtual and augmented reality scenarios grounded in real tasks and real sites.

2. 02

   Eye tracking

   Whether a critical cue was seen, where people looked and for how long.

3. 03

   Physiological response with GSR

   Skin conductance shows at which moment of the scenario stress and arousal rise.

4. 04

   Serious games and 360° content

   Game mechanics that train attention, sequencing and decision-making; immersive content filmed in real locations.

A digital twin of the site.

We feed a virtual copy of the plant or construction site with sensor data and run planning, training and risk scenarios on the same model.

1. 01

   Digital twin

   Planning, scenario work and training on the site layout.

2. 02

   Sensors and wearable data

   Infrastructure that collects environmental and worker data and reads it in context.

3. 03

   Hazard and risk detection

   Applications that make hazardous situations on site visible.

4. 04

   Context-based OHS software

   Software that follows the context of the job instead of fixed checklists, and lets you monitor your occupational health and safety set-up from a single program.

OHS documentation with AI.

We bring scattered records together in one place and hand repetitive writing over to AI. The final decision always rests with the responsible team.

1. 01

   Digitising records

   Moving risk assessments, near-miss reports and inspection records into a searchable, linked structure.

2. 02

   Draft generation

   AI drafts of risk assessments, procedures and training material, submitted for the team’s approval.

3. 03

   Finding patterns

   Analyses that surface recurring risks across records and sensor data.

We measure the effect.

We show whether a training programme or a change on site worked with data, not impressions.

1. 01

   Gaze

   Where people looked, for how long and in what order.

2. 02

   Attention

   Whether critical cues were noticed.

3. 03

   Reaction time

   The time from the moment a hazard appears to the moment someone acts.

4. 04

   Stress and arousal

   Physiological response under pressure, from GSR data.

5. 05

   Decision quality

   How accurate and how safe decisions made under pressure are.

Let’s talk about your project.

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