iXyber 3D OTS

A software platform for creating 3D and VR training systems for operational technical personnel on safe operation and maintenance of technological equipment and processes, as well as virtual environments within fully functional computer simulators

Deploy demo environment

What's this for

As a field operator of the technological process, I want to study and know the location of equipment and safe routes to them, understand the actions to take with the equipment during normal and emergency situations, and be confident in my actions in such situations on the real technological site

As a production director, I want to have highly qualified control system operators capable of correctly, promptly, reliably, and cohesively performing technological operations "in the field" during both routine and emergency situations

iXyber 3D OTS enables the creation of interactive 3D models, including in VR environments, digital asset models based on these (Digital Twins), and their integration with diverse data sources and functional systems (such as modeling and optimization of technological processes, equipment condition monitoring, and analytical systems)

3D simulators based on the Web — iXyber 3D OTS Web

Training system for safe operation and maintenance of equipment based on 3D models

A wide range of technological equipment unit models, an expandable library of equipment unit models;
An user-friendly graphical tool for creating operational scenarios with equipment and assessing their correctness;
The ability to implement a reference guide for the structural composition of equipment and the sequence of disassembly/assembly;
Animation of equipment operation in normal, critical, and beyond-limits modes, including malfunctions.

Integrated into iXyber OTS (all simulators within a unified training environment);
Fully thin web clients with the possibility of cloud deployment.

A wide range of technological equipment unit models, an expandable library of equipment unit models;
An user-friendly graphical tool for creating operational scenarios with equipment and assessing their correctness;
The ability to implement a reference guide for the structural composition of equipment and the sequence of disassembly/assembly;
Animation of equipment operation in normal, critical, and beyond-limits modes, including malfunctions.
Integrated into iXyber OTS (all simulators within a unified training environment);
Fully thin web clients with the possibility of cloud deployment.

VR simulators - iXyber 3D OTS VR

Training system for safe operation and maintenance of equipment in a VR environment

A wide range of models and scenarios, with an expandable library;
User-friendly graphical tool for creating equipment operation scenarios and assessing their correctness;
Ability to implement a reference guide for the structural composition of equipment and the disassembly/assembly sequence;
Animation of equipment operation in normal, critical, and beyond-limits modes, including malfunctions;
Integrated into iXyber OTS (all simulators within a single training environment).

A wide range of models and scenarios, with an expandable library;
User-friendly graphical tool for creating equipment operation scenarios and assessing their correctness;
Ability to implement a reference guide for the structural composition of equipment and the disassembly/assembly sequence;
Animation of equipment operation in normal, critical, and beyond-limits modes, including malfunctions;
Integrated into iXyber OTS (all simulators within a single training environment).

Virtual environment - iXyber 3D OTS VSpace

Virtual environments as part of full-featured computer simulators

Laser scanning of a technological object, automated creation of a 3D model of the object;
Photorealistic quality of the interactive 3D model;
“Hybrid” solution – integration of panoramic images from laser scanning points into the interactive 3D model;
“Cyber-physical” solution – additionally, physical copies of local control panels are integrated into the simulators.

Equipment search, automatic routing to the equipment;
Integration with mathematical models for incorporation into the full-featured computer trainer iXyber OTS;
Arbitrary animations, audio and visual effects: leaks, fires, etc.
Multiplayer access — multiple avatars within a single 3D environment;
Capability to deploy the 3D interactive model on a dedicated graphics server or in a cloud environment, accessible via a thin Web client;
Mobile version — available on phones and tablets.

Equipment search, automatic routing to the equipment;
Integration with mathematical models for incorporation into the full-featured computer trainer iXyber OTS;
Arbitrary animations, audio and visual effects: leaks, fires, etc.

Multiplayer access — multiple avatars within a single 3D environment;
Capability to deploy the 3D interactive model on a dedicated graphics server or in a cloud environment, accessible via a thin Web client;
Mobile version — available on phones and tablets.

Digital model based on the 3D CAD model of the CTC

A full-featured 3D model of the KTК as the foundation of a digital twin of the technological object. Unique innovative approach — creating a semantic digital model of the technological object based on 3D models within the full-featured KTК

How does it work?

Laser scanning of the object is performed;

The point cloud from laser scanning is used to reconstruct the technological diagrams and their topological relationships: geometric dimensions, spatial positioning, and physical connections with other schematic objects;

Properties and their values are assigned to the digital model objects, including those integrated from other systems (specialized functional systems, real-time databases);

Items 1 and 2 are implemented as part of the project to develop a virtual space within the full-featured CTC;

In the future, it will be possible to automatically build a mathematical model of the technological process of the object based on the digital model — creating a "true" digital twin.