RSET Use Cases

Create a scene with RSET when you need to:

  • Conduct after-action reviews to evaluate coordination, communication, and resources
  • Validate response plans with desktop exercises using realistic, district-specific scenarios
  • Define roles and responsibilities and provide focused training for all participants
  • Review past incidents to identify strengths, gaps, and lessons learned
  • Create improvement plans with prioritized, actionable next steps
  • Support ongoing training to strengthen readiness through continuous learning and collaboration

Litigation Modeling with RSET

RSET helps attorneys, experts, and investigators visualize complex cases by transforming real-world locations into interactive digital twins. Using 3D scans captured from Matterport, LiDAR, drones, or photogrammetry, RSET creates accurate digital representations of accident scenes, industrial sites, buildings, roadways, and other environments relevant to litigation. These models can be enhanced with vehicles, people, equipment, weather conditions, timelines, and event simulations to illustrate competing theories of a case. The resulting interactive environments can be used for expert analysis, mediation, depositions, settlement discussions, courtroom presentations, and demonstrative evidence, helping juries and decision-makers better understand the facts of a case. RSET also supports virtual walkthroughs, video animations, and 3D-printed physical models, providing a comprehensive suite of visualization tools for litigation support.

Law Enforcement Applications of RSET

RSET enables law enforcement agencies to train, plan, and investigate within interactive digital replicas of real-world environments. Using 3D scans captured with Matterport, LiDAR, drones, or mobile devices, agencies can create digital twins of schools, government buildings, critical infrastructure, commercial facilities, and incident locations. Officers can train for active shooter response, warrant service, hostage situations, fire and medical emergencies, and evacuation procedures within the exact environments they may encounter in the field. RSET also supports pre-incident planning, after-action reviews, and forensic investigations by allowing personnel to visualize scenes, test response strategies, and re-create events. With optional VR and multi-user capabilities, teams can train together in realistic scenarios while reducing travel, improving preparedness, and enhancing operational effectiveness.

 
 
 

School Resource Officer (SRO) Applications of RSET

RSET provides School Resource Officers with a powerful platform for training, planning, and emergency preparedness within interactive digital replicas of their actual schools and campuses. Using 3D scans captured with Matterport, LiDAR, drones, or mobile devices, RSET creates realistic digital twins that allow SROs, administrators, law enforcement, and first responders to familiarize themselves with building layouts, entrances, exits, classrooms, and critical infrastructure. Officers can train for active shooter incidents, medical emergencies, evacuations, reunification procedures, and other crisis scenarios within the exact environment they protect. RSET also supports pre-incident planning, tabletop exercises, and after-action reviews, helping schools improve coordination, identify vulnerabilities, and enhance overall campus safety. With optional VR and multi-user capabilities, multiple agencies can train together in realistic, repeatable scenarios without disrupting daily school operations.

 
 
 

Fire Service Applications of RSET

RSET allows firefighters and emergency response agencies to train, plan, and prepare within interactive digital twins of real-world structures and environments. Using 3D scans captured with Matterport, LiDAR, drones, or mobile devices, RSET creates accurate digital replicas of commercial buildings, industrial facilities, schools, warehouses, hospitals, and other high-risk locations. Firefighters can conduct pre-incident planning, familiarize themselves with building layouts, identify hazards, and practice response strategies before an emergency occurs. Training scenarios can include structure fires, HAZMAT incidents, rescue operations, medical emergencies, and mass-casualty events, all within the actual facilities they serve. RSET also supports after-action reviews, allowing departments to analyze incidents, evaluate decision-making, and improve future response efforts. With optional VR and multi-user capabilities, crews can train together in realistic, repeatable scenarios without disrupting facility operations or requiring costly live exercises.

EMS Applications of RSET

RSET enables Emergency Medical Services (EMS) personnel to train, plan, and respond more effectively by using interactive digital twins of real-world environments. Using 3D scans captured with Matterport, LiDAR, drones, or mobile devices, RSET creates accurate digital replicas of schools, hospitals, industrial facilities, commercial buildings, and public venues. EMS teams can train for mass-casualty incidents, active shooter events, cardiac emergencies, vehicle accidents, disaster response, and patient extraction scenarios within the exact locations they may encounter during an emergency. The platform supports pre-incident planning, route familiarization, equipment staging, and interagency coordination with fire and law enforcement partners. RSET also enables after-action reviews and scenario-based training, helping agencies improve decision-making, communication, and patient outcomes through realistic, repeatable exercises conducted in a safe and controlled environment.

CBRNE Applications of RSET

RSET provides CBRNE (Chemical, Biological, Radiological, Nuclear, and Explosive) response teams with an immersive platform for training, planning, and incident management within interactive digital twins of real-world environments. Using 3D scans captured with Matterport, LiDAR, drones, or mobile devices, RSET creates accurate digital replicas of critical infrastructure, industrial facilities, transportation hubs, government buildings, and public venues. Teams can simulate hazardous material releases, radiological incidents, explosive events, contamination zones, decontamination operations, evacuation procedures, and multi-agency response efforts in the exact locations they protect. RSET supports pre-incident planning, hazard identification, route analysis, and command-and-control exercises while allowing responders to test tactics and decision-making in a safe, repeatable environment. With optional VR and multi-user capabilities, fire, EMS, law enforcement, emergency management, and military personnel can train together, improving coordination, preparedness, and operational effectiveness during high-consequence events.

Construction Applications of RSET

RSET helps construction companies, contractors, owners, and safety professionals visualize, document, and manage projects through interactive digital twins of jobsites and facilities. Using 3D scans captured with Matterport, LiDAR, drones, or mobile devices, RSET creates accurate digital representations of construction sites throughout the project lifecycle. Teams can use these models for progress documentation, site logistics planning, safety training, hazard identification, quality control, and stakeholder communication. RSET also supports incident investigations, pre-task planning, equipment placement studies, and evacuation simulations, allowing teams to evaluate scenarios before work begins. By providing a detailed, interactive record of site conditions over time, RSET helps improve collaboration, reduce risk, document changes, and support claims, disputes, and project closeout activities.

 
 
 

Want to collaborate with RSET to recreate your scene?

Contact us and we’ll recommend the fastest path to an effective demonstrative.

Email info@rset.com
Translate »