Real-time 3D visualization SDK (C++/C#) for simulation & training
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Simulation and Training

Real-time 3D image generation for out-the-window, camera, and sensor channels enables immersive virtual environments for better training and skill verification. 100% safe operator training for high consequence industries: vehicle handling, HSE (Health, Safety, Environment) training, maintenance operations.

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Image courtesy of VSTEP
Why UNIGINE?

UNIGINE Sim was designed to meet the specific needs of simulation & training industry: full-scale digital copy of the reality (GIS data formats, 64-bit precision of coordinates, visibility distance up to 400 km, procedural content generation tools), built-in support for distributed simulation (CIGI / HLA / DIS protocols), deployment onto immersive display setups (dome screens, CAVEs, video-walls, enterprise-grade VR HMDs), advanced data input (motion capture, haptic, 6DOF devices, VRPN), and much more.

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Image courtesy of GDI
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Real-Time 3D Rendering
AI Learning

Train your computer vision algorithms with automatically tagged photorealistic datasets, saving a lot on data scientist labor. Synthetic environments are extremely easy to reconfigure for machine learning variations (different lighting conditions, surrounding objects, viewing points), increasing the efficiency of AI verification.

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Image courtesy of Daedalean
Why UNIGINE?

In addition to the proven advantages of UNIGINE Sim for human training (see above), the engine is also beneficial for AI learning thanks to the physically-based lighting model, detailed representation of the weather, deep access to the rendering pipeline, sensors imitation, object tagging system, etc.

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Image courtesy of Daedalean
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Real-Time 3D Rendering
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Image courtesy of Daedalean
Digital Twins

3D visualization for complex digital twins allows better decision making, predictive analytics visualization and faster maintenance with the help of VR technologies. Real-time engine enables IoT data visualization for industrial sites with live data update from the enterprise Big Data lake.

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Image courtesy of Arisnova
Why UNIGINE?

UNIGINE Sim can handle extremely complex 3D scenes with live updates of parameters each frame. Support for CAD and GIS data loading are also handy here.

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Image courtesy of Arisnova
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Real-Time 3D Rendering
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Real-Time 3D Rendering
Smart City

BIM (Building Information Model) concept being scaled to the full metropolitan area enables Smart City application. Live data update for smart layers (traffic, energy, GIS layers, etc.) applied on top of the detailed 3D model to form the digital twin for the city.

The Smart City system helps to respond to any situation with the best level of efficiency and coordination between different municipal services and departments thanks to the 3D visualization. Urban planning becomes easier with a holistic approach to all the aspects (energy, water, transport, safety, social, etc.), creating better cities to live in.

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Real-Time 3D Rendering
Why UNIGINE?

Typical 3D engine is limited to 32-bit precision of coordinates (i.e. about 10x10 km area when viewing from first-person perspective level of details). UNIGINE Sim uses 64-bit precision of coordinates, enabling the simulation of 2^32 (4,294,967,296 more) larger scenes, allowing for work on the planet-scale (up to the size of the Solar system). Moreover, UNIGINE Sim incorporates a set of features that are important for city visualization in 3D: GIS data formats, geo-coordinate support, a set of tools to work with both georeferenced and geotypical content, performance-optimized object cluster system, and more.

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Image courtesy of Ai3D
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Image courtesy of Ai3D
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Image courtesy of RealEsMedia

UNIGINE 2 Sim: combining visual quality from entertainment industry with professional simulation and training features.

Alternatively, if you already know about UNIGINE’s capabilities, go ahead and