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FIRST RESPONDER OPERATIONS SIMULATION
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About

This VR training is designed for rapid response rescuers and provides a comprehensive simulation of arriving at the scene of an accident, assessing the situation, and executing firefighting procedures.

  • Client
  • PIXO VR
  • Services
  • Full-cycle development
  • Unreal Engine
  • Art production

Partnership with PIXO VR

Our partner PIXO VR aims to bring changes to the current labor market and training approaches by popularizing Mixed Reality (MR) solutions. This fresh approach to employee training provides hands-on experience in risk-free simulated 3D environments. It applies in any industry and can be used to train a new generation of workforce and improve current employee performance.

N-iX MR started cooperation with PIXO VR back in 2018, and since then they’ve been one of our most trusted partners. As of 2024, we have delivered 11 full-cycle MR projects and co-developed over 9 more. Now a large team of Unreal and Unity programmers, game designers, artists, and producers serve as a true extension and a strong technical support of their internal team.

About the Project

Every year, thousands of hazardous material incidents happen on public roads due to vehicle accidents. Realistic training is vital for first responders to prevent fatalities or severe injuries. First Responder Operations training offers an immersive experience, enabling responder teams to practice fast medicine-making at the scene of a tractor-trailer accident. It can be used by individuals or teams simultaneously, meeting OSHA training requirements and allowing responders to practice hands-on emergency response skills, such as:

  • Team communication and collaboration techniques:  Responders are prompted to consider whether to call upon a first response team for assistance and to identify any injured individuals who may require immediate aid or who can provide information. 
  • Identification of hazardous materials: Participants must gather information about the nature of the incident, including details about the carriage involved. The scene is populated with barrels bearing different markings to indicate their contents. The simulation also includes various types of simulated liquids, each distinguished by color, texture, size, and even smell indicated through text indicators.
  • Positioning and action sequence: Teams learn where to park their technical vehicle based on the situation, ensuring it is at a safe distance from the scene while remaining accessible. This also includes determining appropriate equipment and selecting the necessary tools for the task at hand. 

Responders are tasked with piecing together the clues present in the environment to effectively address the situation at hand. Through this immersive and interactive training experience, rapid response rescuers develop critical thinking skills and learn to act responsibly and decisively in high-pressure situations.

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