Extended Reality

Immersive, realistic experiences deliver can enhance frontline solutions. Umajin makes this possible with its hybrid platform combining gaming technology, enterprise tools and a low code visual editor.

XR - Advanced 3D

Physically based materials

The texturing and materials system allows you to provide realistic materials for your scenes, props and characters.

Performance

The Umajin rendering engine is optimised for low power consumption so it can render scenes without exhausting the battery as quickly as other 3D engines on mobile devices.

Animation

Position, Rotation and Scale are available with a flexible animation system. You can also access more complex skeletal animation and inverse and forward kinematics for adjusting organic characters. Particles and 2D animations can also be displayed in 3D with lighting and shadows

Custom shaders

You can create your own hardware accelerated shaders if you want custom textures, lighting and animation beyond the provided library of shaders.

Shadow Mapping

Shadow mapping allows for a directional light source for your scene to help ground objects in (virtual) reality.

Room scale scenes and lighting

Umajin is optimised for room scale scenarios rather than large open worlds. Umajin does not currently provide a global illumination solution by default, but does support light baking. Both of these choices are because Umajin is engineered to be very efficient in terms of power usage and is focused on mid-scale digital twins and VR experiences.

XR - Training

Asset import

360 photo, 3D models, 3D animation, 2D animation, audio, images, text and video.  3D formats include DAE, STL, PLY, OBJ, FBX and glTF.

Inverse Kinematics

Umajin allows animated characters to have their animation modified to increase interaction for the user. Examples include a character looking in a specific direction, pointing in a direction and perform tasks like placing hands or feet in a specific location. This is important as it makes the scene unique and reactive to the user during training.

Interaction

Umajin events are raised by triggers such as look at, walk, touch, voice and more.  These events can launch actions which can change scene, play sound, play animations and more.

Voice commands

Umajin has a natural language processing layer on top of services like Azure or AWS voice recognition. This is used to power the voice triggers and allows for casual phrasing, synonyms, technical terms and multiple languages.

Co-spacing

Many users and props can be tracked in real time within the motion capture space. This puts everyone and everything into the same virtual space as the physical space they occupy. This allows participants to easily pass props between each other, collaborate and understand spatial directions including pointing and looking.

XR - Digital Twins

Overview

A Digital twin is a digital replica of a physical entity such as a place, a building, vehicles or people.

Experiential

The Umajin engine allows multiple users and devices to participate in a shared visualisation of different data overlaid on the digital twin including labels, measurements, live IOT data, enterprise data and 3D geospatial data.

Multi Platform

Some users can spectate just with a smartphone or laptop, while some users can experience an immersive VR or AR view of the landscape as a table top view or scale it up, step inside and walk around. The Umajin enterprise layer is able to marshal real time data sources and relay real time commands for execution – or generate synthetic simulated data.

IoT overlay

Umajin also provides a full stack of real world fusion systems for GPS tracking outside, and radio interpolation for inside tracking. This can be used to provide location for thousands of people and assets in real time in three dimensions. Once in the command and control environment it’s possible to scrub the timeline and see the historical position of items.

Umajin supports industry standard IOT sensors and data integration frameworks so we can read in data from any sensor such as temperature, power level, fluid levels, pressure.  This data can be displayed visually inside the digital twin.

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