Retail & Store fronts: Digitize product catalogs, design virtual store layouts, and create interactive shopping experiences with true-to-life product representations.
Factories & Warehouse: Simulate entire factory floors, optimize robot paths, and test new production lines before a single piece of hardware is deployed.
Crop layout & Farming Planning: Create immersive digital twins of farms and leverage crop plans for adequate spacing for crop growth, for indoor and outdoor.

Architecture for Immersive Physical Intelligence (AiPi)

Precision Spatial Capture We utilize advanced LiDAR and photogrammetry to generate high-resolution geometric data. This creates a digital foundation, ensuring that every asset—from micro-components to entire industrial complexes—is mapped with sub-millimeter accuracy.
Omniverse-Powered Interoperability By leveraging NVIDIA Omniverse, we unify fragmented 3D datasets into a cohesive, persistent digital twin. Our framework enables seamless collaboration and real-time synchronization between disparate sensor telemetry.
Neural Asset Reconstruction Our AI turns messy, complex raw scan data into clean, high-quality 3D models. We make these models lightweight, so they run smoothly on your computer, without losing any of the detail or accuracy needed for professional work.
World Simulation We develop virtual environments that mirror real-world physics. This enables stakeholders to stress-test workflows, simulate machinery behavior, and validate architectural changes in a risk-free, predictive digital landscape.

The Marketplace of Use Cases" (Industries & Solutions)

Manufacturing & Robotics

"Test Before You Build" Before you buy expensive machinery or move a single wall, we build a digital replica of your factory/retail space. You can test new robot paths and production lines in our "digital playground" to make sure everything works perfectly. You’ll find problems before they cost you money.

Architecture & Urban Planning

"See the Future of Your Space" We create a "digital twin"—an exact, living 3D model—of your buildings or city plans. Architects and city planners can walk through these spaces together while they are still just ideas on paper. It makes collaborating, planning for maintenance, and designing "smart cities" much easier.

Retail & E-commerce

"Bring Your Products to Life" Instead of just showing flat photos on a website, we create high-quality 3D versions of your products. Your customers can "hold" them, spin them around, and see them from every angle. Plus, you can design your store layout in our digital space to see exactly how customers will shop before you open your doors.

Training & Education

"Safe Practice for High-Stakes Jobs" We build ultra-realistic training simulations that feel just like the real thing. Whether it’s learning how to fix a complex machine, responding to an emergency, or practicing a delicate procedure, your team can master their skills in a safe, virtual environment where it’s okay to make mistakes.

From Raw Data to "Ground Truth"

Raw scan data is dense and often difficult for standard software to process. This is where the Physical AI component of your business adds value:

Optimization: We use intelligent algorithms to "clean" the data—removing noise, filling in gaps caused by occlusions (like a pillar blocking a camera), and simplifying the model to make it usable in real-time platforms like NVIDIA Omniverse.
Semantic Understanding: The AI doesn't just see a shape; it identifies that a specific geometry represents a "conveyor belt," a "wall," or a "safety barrier." This categorization is what allows your clients to interact with the model as if it were a real, functioning environment.

Strategic Business Benefits

Scanning moves your clients from "guessing" to "knowing."

Validation: Instead of relying on old 2D blueprints—which often don't match the reality of a building after years of renovations—scanning provides an "As-Built" record. This is the literal truth of the facility as it exists today.
Scalability: Our 3D scans turn your building into a digital tool you can use from anywhere. You don't need to send people to the site to check measurements anymore; everything is captured in 3D, allowing your team to plan and test from the office.
Interoperability: Because these scans are converted into industry-standard 3D formats, they serve as the "digital foundation" for everything else—simulations in Omniverse, training modules in VR, or ongoing monitoring via IoT sensors.

The Digital Twin as a "Robotic Sandbox"

Traditional robot integration is often plagued by "integration fatigue"—where a robot is installed on the floor, only to find that it conflicts with existing machinery or workflow patterns.

Virtual Commissioning: Using our 3D scans, we build a perfect digital twin of your facility. Robotics engineers can then import their robot models into this virtual space to verify reach, collision-free paths, and cycle times in a risk-free environment.
Physics-Based Validation: Since our digital twins are physics-consistent, the robot’s movement in the virtual world mirrors its physical capability. If a robot reaches for a part in our simulation, it will do the same in your factory.

Path Optimization & AI Training

Physical AI requires massive amounts of data, which is difficult to collect from a single robot on a busy floor.

Synthetic Data Generation: We can run thousands of variations of a task in the virtual world (e.g., picking up parts in different orientations) to "train" the robot’s AI.
Optimized Kinematics: By analyzing the virtual environment, our system suggests the most efficient movement paths, reducing mechanical wear and increasing the speed of the production line.

Remote Monitoring & Predictive Maintenance

Once a robot is live, it becomes a "living" part of the Livn VR ecosystem.

Real-Time Data Overlay: We layer real-time IoT sensor data onto the 3D model. If a robotic arm begins to vibrate outside of normal parameters, the system alerts the maintenance team, highlighting the specific joint on the digital twin that needs inspection.
Collision Prediction: As your facility changes (e.g., moving storage racks or adding new equipment), the digital twin automatically updates to ensure that existing robotic paths remain safe and unobstructed.