
INDUSTRIAL FACILITY FIRE AWARENESS · VR RISK HUNT
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WHY VR RISK HUNT?
Classroom training, presentations or videos can tell employees what to do, but effective fire awareness training requires practice in recognizing hazards and making the right decisions. With VR Risk Hunt, your staff identify fire and explosion risks in a safe virtual facility using their own observation and judgment, see the outcome immediately and learn the correct approach through experience.
VR Risk Hunt develops attention, hazard recognition and decision-making skills within one realistic virtual-factory training flow. Participants identify risks through their own observation and receive immediate technical feedback after every correct identification.
Participants use their own observation to identify 24 different risks related to fire, explosion, electrical safety, ATEX, evacuation and procedures in a virtual production area.
When the correct risk is selected, the system does more than confirm the choice: it explains why the condition is dangerous and what consequences it may lead to.
The in-view interface continuously displays the total number of risks and the 10-minute countdown, giving the training a clear goal, pace and focus.
Different risk types are combined in one scenario, from blocked access to fire equipment and non-Ex-rated equipment to missing grounding and potential ignition sources.
Encounter behavioral and procedural risks such as unauthorized hot work, welding near chemicals, smoking, blocked emergency exits and faulty panic bars.
At the end of the training, identified risks can be reviewed again, while completion time and the leaderboard support engagement and make performance comparable.
The participant signs in, receives the mission, identifies risks in the virtual factory within the allotted time and reviews performance in detail at the end of the training.
The participant selects an avatar, enters their name and enters the virtual factory through a personalized session.
The system explains the mission: identify fire and explosion risks in the production area. The 24 risks and 10-minute time limit remain visible on screen.
Using the VR controller, the participant points to suspicious or non-compliant conditions. When a risk is correctly identified, the system immediately confirms it and explains why it is dangerous.
When the training ends, identified risks are reviewed with visuals and explanations, and the participant's completion time is compared with other users on the leaderboard.
If your goal is for staff not only to know fire and explosion risks in theory, but also to recognize them and make the right decisions in a site-like environment, VR Risk Hunt fits directly into your training approach.
Your safety teams can use a hands-on scenario to assess how accurately employees recognize fire, explosion, evacuation, electrical and ATEX risks.
Production managers can involve employees in risk-awareness practice within a site-like environment without interrupting the real facility or exposing anyone to actual hazards.
Training teams can complement traditional presentations and video content with experiential learning to strengthen engagement, repeatability and user-level performance tracking.
The scenario brings together multiple risk categories found in industrial facilities, from fire equipment and evacuation routes to electrical and ATEX non-compliance, human factors and chemical hazards.
Every risk is more than just an “object to find.” When a participant makes a correct identification, the system explains why the risk is dangerous and what the potential consequences are, allowing gamification and technical learning to progress together.
Before the live demo, review the training flow, user experience, hardware requirements, user-level tracking approach and planned deployment scope for your organization.
Participants enter the virtual factory, receive their mission, search for risks, get feedback on correct identifications and reach the end-of-training evaluation.
The scenario is built around identifying 24 risks within a set time. The user interface continuously displays the remaining time and number of risks left to find.
Participants sign in by entering their name and selecting an avatar, linking the training experience to user-level result tracking.
The training is delivered in virtual reality. During the demo discussion, we can review your existing VR hardware and the conditions for deployment within your organization.
You can plan your internal rollout with a Turkish-language training flow, technical risk explanations and implementation support.
Share your participant numbers, deployment model, hardware setup and reporting/support needs so our sales team can define the right scope for your organization.
When defining the deployment scope, consider the number of users who will participate, your VR usage model and the installation, training, reporting and support structure you need.
Plan which facilities, teams or employee groups will participate in the training and how frequently the application will be used.
Before the demo, review your existing VR hardware, training area and how the application would be delivered within your organization.
Share how you want to track participant results and the installation, training and support scope you need so we can tailor the discussion accordingly.

Business Development Europe Representative
Hello, I am Cem! I work as the Business Development Europe Representative at RoT STUDIO. You can contact me using the information below if you have any questions or want to work with us!
Explore the key questions about how the training works, the risks it covers, its gamification and measurement approach, and how it can be deployed in your organization.