RSET Services & Solutions

Reality Capture & 3D Scanning and Modeling Experts

RSET has over 30 years of Reality Capture and 3D scanning experience. From large contracts to scanning research and development. Let us handle your scanning project.

Services

Matterport Scanning

RSET integrates seamlessly with Matterport scanners, allowing organizations to transform standard 3D scans into interactive digital twins for training, planning, litigation support, and simulation. Using MatterPak data exported from Matterport, RSET converts real-world environments into immersive, navigable models that can be enhanced with vehicles, people, equipment, hazards, weather effects, and custom scenarios. Users can create active shooter, fire, medical emergency, evacuation, industrial safety, and accident reconstruction simulations within the exact spaces they have scanned. RSET also supports virtual walkthroughs, after-action reviews, courtroom presentations, and optional VR and multi-user training. By leveraging existing Matterport workflows, organizations can maximize the value of their scans and turn static documentation into interactive environments that continue to provide value long after the initial capture.

Drone Photography and Photogrammetry

RSET leverages drone-captured photogrammetry, LiDAR, and aerial imagery to create interactive digital twins of large, complex, or difficult-to-access environments. Using data collected from drones, RSET can model construction sites, industrial facilities, transportation corridors, disaster areas, accident scenes, critical infrastructure, and entire campuses with exceptional detail. These digital environments can then be enhanced with vehicles, equipment, personnel, hazards, weather effects, and custom scenarios for training, planning, simulation, and forensic analysis. Drone-based models are particularly valuable for documenting large-scale incidents, supporting litigation and accident reconstruction, conducting site inspections, and creating emergency response and evacuation plans. By combining aerial data with RSET’s simulation capabilities, organizations can transform drone captures from static maps and models into interactive environments that support decision-making, training, and operational readiness.

Video Production

RSET allows organizations to create professional-quality videos directly from interactive scenarios built within digital twins of real-world environments. Using 3D scans captured with Matterport, drones, LiDAR, or photogrammetry, RSET can produce customized videos that demonstrate emergency response procedures, accident reconstructions, litigation theories, training exercises, evacuation plans, safety protocols, and operational workflows. Scenarios can include vehicles, personnel, equipment, hazards, weather conditions, animations, and timeline-based events to clearly communicate complex situations. These videos are ideal for training, public outreach, executive briefings, courtroom presentations, after-action reviews, and marketing efforts. By leveraging existing scan data, RSET enables organizations to create engaging visual content without the cost and logistical challenges of live filming or repeated site visits.

Solutions

2D Printed Maps from RSET

RSET converts 3D scan data into durable, easy-to-use 2D maps designed for training, planning, and operational response. Derived directly from your scans, these maps provide clear layouts of rooms, corridors, access points, and other critical features, with optional labeling for staging areas, hazards, utilities, and entry routes. Available as laminated tabletop maps, wall-mounted displays, or field-ready kits, they are ideal for tabletop exercises, classroom instruction, emergency operations centers, after-action reviews, and on-scene coordination. Designed for environments where speed and clarity matter, RSET’s 2D printed maps give teams a practical, shared reference that supports better planning, communication, and decision-making.

VR Scenarios

RSET brings training and planning to life by allowing users to experience scenarios in fully immersive Virtual Reality. Using digital twins created from Matterport scans, drone photogrammetry, LiDAR, or other 3D capture methods, RSET enables personnel to walk through exact replicas of real-world environments and interact with realistic training scenarios. Users can practice active shooter response, fire incidents, medical emergencies, HAZMAT events, evacuations, equipment operations, and other mission-critical procedures within the actual facilities they protect or operate. VR training improves situational awareness, decision-making, and muscle memory while providing a safe, repeatable environment for learning. With optional multi-user capability, teams from different locations can train together, collaborate in real time, and conduct after-action reviews, making RSET a powerful tool for immersive training, preparedness, and operational readiness.

RSET 3D Printed Scaled Models

RSET transforms 3D scan data into highly detailed physical models that provide a tangible way to visualize complex environments, incidents, and infrastructure. Using scans captured with Matterport, LiDAR, drones, photogrammetry, or other reality-capture technologies, RSET can create accurate scale models of accident scenes, buildings, industrial facilities, transportation corridors, construction sites, and other locations. These models are used for litigation support, courtroom presentations, accident reconstruction, engineering reviews, emergency planning, training, and public outreach. In legal proceedings, 3D printed models help attorneys, experts, judges, and juries better understand spatial relationships, sight lines, distances, and event sequences that may be difficult to communicate through photographs or drawings alone. By converting digital twins into physical representations, RSET provides a powerful visualization tool that improves communication, analysis, and decision-making across a wide range of applications.

RSET Mulitiplayer

RSET’s multiplayer capability allows multiple users to train, collaborate, and interact within the same digital environment in real time. Using digital twins created from Matterport scans, drone photogrammetry, LiDAR, or other 3D capture technologies, teams can enter the same scenario from different locations and practice coordinated responses to incidents such as active shooter events, fires, medical emergencies, HAZMAT incidents, evacuations, and industrial accidents. Participants can communicate, move throughout the environment, and perform their assigned roles just as they would during a real-world event. Multiplayer scenarios are particularly valuable for joint training involving law enforcement, fire services, EMS, emergency management, security teams, and facility personnel, enabling agencies to improve communication, coordination, and decision-making in a realistic, repeatable environment. The platform also supports after-action reviews, allowing teams to evaluate performance and identify opportunities for improvement following each exercise.

RSET Emergency Kits

RSET enhances first responder preparedness by combining interactive digital twins with durable, field-ready printed maps to create comprehensive emergency response kits. Using 3D scans captured with Matterport, LiDAR, drones, or mobile devices, RSET produces detailed digital models of schools, industrial facilities, commercial buildings, critical infrastructure, and other high-priority locations. These digital environments can be used for pre-incident planning, training, and scenario-based exercises, while accompanying laminated maps and field kits provide responders with quick-reference layouts during real-world operations. Maps can include building layouts, access points, staging areas, utilities, hazards, evacuation routes, and other critical information. Together, the digital and physical tools give law enforcement, fire services, EMS, and emergency management personnel a shared operational picture that improves coordination, situational awareness, and response effectiveness before, during, and after an incident.