Simplico X ngg Interactive
We build the automation and data flows behind the application. We ensure that simulations are fed with relevant business, process, or sensor data—and that the results are fed back into systems, reports, or workflows in a usable format.
ngg Interactive develops the visual simulation environment in Unreal Engine, VR, or interactive 3D. This makes complex machines, systems, buildings, or processes tangible, controllable, and analyzable.
Application areas according to industry
Industry, mechanical engineering and plant engineering
In industry, simulations can be used particularly where machines, systems or processes are complex, expensive or difficult to access.
Possible applications include virtual maintenance training, machine operation, fault diagnosis, production simulations, plant visualizations, or interactive training for new employees.
Such applications are also suitable for sales and customer presentations: Instead of physically showing a large machine, it can be presented as an interactive 3D model, explained and demonstrated in different states.
Typical areas of application:
- Maintenance and service training
- Machine operation and employee training
- Interactive product presentations
- Fault and malfunction simulation
- Production lines and plant layouts
- Digital twins of machines or systems
Energy and technical infrastructure
In the energy and infrastructure sector, simulations can help to make complex systems, safety areas and technical processes more understandable.
This includes, for example, PV systems, storage facilities, substations, charging infrastructure, grids, hydrogen plants, energy centers or industrial supply systems.
Simulations are particularly valuable for training, maintenance, safety instruction, and emergency response training. Additionally, digital twins can be used to visually represent operational data, statuses, or technical information.
Typical areas of application:
- Safety and maintenance training
- Display of sensor, operational or process data
- Digital twins of infrastructure
- Training for malfunctions, failures or emergencies
- Presentation of projects for internal teams, clients or stakeholders
Construction, infrastructure, AECO and facility management
In the construction and infrastructure sector, simulations can transform planning data, BIM models or building structures into walkable and interactive environments.
This helps with planning, coordination, presentation, and subsequent operation. Buildings, technical rooms, construction sites, factory halls, or infrastructure projects can be virtually toured and better understood.
Facility management can also benefit from having technical systems, maintenance areas, energy flows or building data presented in a visual environment.
Typical areas of application:
- BIM-to-Unreal Walkthroughs
- Planning reviews with building owners, architects or operators
- Virtual building and infrastructure presentations
- Construction site safety and process training
- Facility Digital Twins
- Display of maintenance areas, technical rooms and building data
Automotive and Mobility
In the automotive and mobility sector, simulations can be used for vehicles, components, production processes, safety procedures and technical training.
Applications related to e-mobility, high-voltage systems, batteries, vehicle components, workshop training and production training are particularly relevant.
Complex components or processes can be interactively displayed so that employees, customers or partners can better understand technical systems and handle them safely.
Typical areas of application:
- High-voltage and battery safety training
- Workshop and service training
- Interactive component visualization
- Production and assembly simulations
- Vehicle or mobility system demos
- Training for new technologies and technical processes
Education and Research
In education and research, simulations can be used to make complex technical content more understandable, interactive, and repeatable.
Virtual laboratories, research demonstrators, or technical training environments make it possible to show processes, simulate experiments, and convey knowledge in a clear and engaging way.
Especially with expensive, dangerous, or difficult-to-access systems, a virtual environment can help to convey content safely and practically.
Typical areas of application:
- Virtual labs
- Technical training environments
- Research demonstrators
- Simulation of experiments or processes
- Interactive learning modules
- Presentation of complex research projects
Aerospace
Realistic flight, cockpit and training simulations for aviation, technical training and complex operational scenarios.
Automobile and Mobility
Vehicles, interiors, components and configurators can be displayed interactively and realistically.
Healthcare and Medicine
VR and 3D simulations enable practical training environments for medical personnel.
Construction and infrastructure
Construction processes can be simulated step by step and clearly presented — from planning to the finished building.
Manufacturing and production
Industrial processes, machines, robots and production processes can be realistically simulated and analyzed.
Energy and technical infrastructure
Energy plants, networks, storage facilities and technical infrastructure can be realistically visualized, monitored and simulated.
Smart Cities and Urban Systems
Urban infrastructure, mobility, traffic flows and networked systems can be represented as an interactive simulation to clearly explain and test urban concepts, infrastructure planning, etc.
Architecture
High-quality architectural visualizations make buildings, spaces and concepts realistically accessible and tangible.