We help teams monitor assets, people, and building conditions using real-time tracking — directly within their 3D model.
Real-Time Asset & People Tracking in 3D
By connecting IoT sensors and real-time location data to interactive 3D models, we turn static plans into living digital twins teams can actually use.
Real-time tracking turns passive data into actionable insight — so you can reduce downtime, improve utilization, and proactively manage assets across your portfolio.
Easy 3D Model Updates — No Complex Software Required
One of the biggest barriers to adopting 3D model platforms is the belief that models are difficult to maintain — requiring expensive 3D modeling software and specialized expertise.
Our platform removes that barrier:
-
No advanced 3D modeling software required
-
No additional licenses to purchase
-
Non-technical users can make updates
-
Fast edits keep your digital twin current
Whether you’re adding IoT devices, repositioning assets, or updating space layouts, your team can keep the 3D model accurate without steep learning curves or outside modeling resources.
Real-Time Asset Awareness
Visualize the location and movement of key assets within the context of your building model — so operations teams can locate equipment instantly, reduce search time, and minimize downtime.
IoT Devices in Spatial 3D Context
IoT devices generate continuous streams of data — but their true value is unlocked when that data is tied to where it exists inside a building. By placing IoT devices directly into the 3D model, teams gain immediate spatial context that makes real-time data easier to understand and act on.
Common static IoT devices include:
-
Energy meters and smart thermostats
-
Lighting and electrical monitoring devices
-
Air quality, temperature, and humidity sensors
-
Occupancy sensors
-
Water leak and moisture sensors
When visualized inside the 3D model, these devices are no longer isolated data points — teams can instantly see where conditions change, which spaces are impacted, and how issues relate to surrounding areas.
Building Management Systems (BMS)
- Smart Thermostats: Smart thermostats can control HVAC systems, optimize energy use, and provide remote access, enabling you to manage your facility’s climate efficiently from anywhere.
- Smart Lighting: Smart lighting systems offer automated lighting control, reducing energy consumption by adjusting based on occupancy and natural light levels. These systems ensure that lighting is used only when needed, enhancing both convenience and efficiency.
Environmental Monitoring
- Air Quality Sensors: Air quality sensors monitor indoor air quality by measuring pollutants such as CO2, VOCs, and particulate matter, helping to ensure a healthier environment.
- Water Leak Detectors: Water leak detectors identify leaks and can shut off water supplies to prevent damage, protecting your facility from potential water-related issues.
Occupancy and Space Utilization
- Occupancy Sensors: Occupancy sensors monitor space utilization, helping to optimize office layouts and meeting room bookings for improved efficiency.
- Smart Desks: Smart desk systems adjust to ergonomic preferences and track usage patterns, enhancing comfort and productivity in the workplace.
Energy Management
- Smart Meters: Smart meters provide detailed energy usage data, helping to identify inefficiencies and reduce costs by offering insights into consumption patterns.
- Solar Panel Monitoring Systems: Solar panel monitoring systems track the performance of solar panels and optimize energy production, ensuring maximum efficiency and sustainability.
Real-Time Tracking of Assets & People in 3D
In addition to static IoT sensors, real-time tracking technologies can be integrated directly into your 3D model — allowing teams to monitor the location and movement of people and physical assets within a facility as it happens.
Asset Tracking Use Cases
-
Locate tools, equipment, and critical assets instantly to reduce loss and downtime
-
Visualize asset movement within and between spaces to improve utilization and planning
-
Understand where assets are idle or underused to support more informed operational decisions
People & Movement Tracking Use Cases
(Implemented with appropriate consent and policy controls)
-
Understand occupancy patterns and congestion by visualizing how people move through space
-
Improve safety and emergency response with real-time awareness of where people are located
-
Optimize staffing and workflows based on actual movement and space usage
By visualizing real-time tracking data inside the 3D model, teams gain immediate situational awareness — turning static floor plans into living operational views that support faster, more confident decisions.
Tracking data is viewed directly within the 3D environment, allowing teams to see who or what is moving, where it is, and how spaces are actually being used — without complex software or specialized workflows.
Real-World Scenarios
Smart Workplace Operations
Visualize real-time occupancy and environmental conditions inside the 3D model to understand how spaces are actually being used. Teams can identify underutilized areas, manage congestion, and make data-driven decisions about space planning and operations.
Asset Visibility & Utilization
Track the location and movement of shared tools and critical equipment within a facility. By seeing assets in spatial context, teams can reduce time spent searching for equipment and better understand utilization patterns.
Safety, Awareness, and Incident Response
View real-time occupancy and movement in the 3D model to support safety planning and response. During drills or incidents, teams gain situational awareness of where people are located and how spaces are being accessed.
Facilities & Environmental Monitoring
Monitor air quality, temperature, humidity, and other building conditions in spatial context. Issues are easier to diagnose when teams can see where conditions are changing, not just review isolated data points.
See how real-time tracking works inside an easy-to-update 3D model.
Seeing real-time asset and people tracking inside an interactive 3D model is the fastest way to understand how this approach works in practice.
If you’re exploring operational visibility, space utilization, or safety use cases, we can walk through how spatial data, IoT devices, and easy-to-update 3D models come together.