SAP VR Simulation Training
Experience
SAP VR Simulation
Training Experience
SAP VR
Simulation
Training
Experience
An industrial metaverse optimising inspection and maintenance training tasks while lowering risk, costs and optimising performance. All possible through real-time, API integration with SAP, cloud-native business process software.
A metaverse experience fit for world-class travel & tourism leaders at the World Travel & Tourism Council’s (WTTC) virtual Global Summit
An industrial metaverse optimising inspection and maintenance training tasks while lowering risk, costs and optimising performance. All possible through real-time, API integration with SAP, cloud-native business process software.
About
The SAP VR Simulation Training
Experience
The SAP VR Simulation Training
Experience
SpaceTo.io recently partnered with SAP to create a groundbreaking training experience for the Energy and Utilities industry.
The VR and web-based simulated training was showcased at the International SAP Conference for Energy and Utilities in Basel, Switzerland from the 18th-20th of April.
The training leveraged real-time API integration with SAP's S4/HANA and SAP Asset Performance Management tool, allowing for a seamless and innovative way to train technicians in an oil refinery environment.
The goal of this training was to improve and optimize business processes and operations using SAP software and metaverse technology. Attendees were impressed by the life-like 3D design of the refinery and the interactivity of the VR simulation, which resulted in a highly effective training experience.
The success of this training marks a new era of learning in the Energy and Utilities industry and highlights the potential for Industrial Metaverse technology to transform the way businesses train their employees.
SpaceTo.io recently partnered with SAP to create a groundbreaking training experience for the Energy and Utilities industry.
The VR and web-based simulated training was showcased at the International SAP Conference for Energy and Utilities in Basel, Switzerland from the 18th-20th of April.
The training leveraged real-time API integration with SAP's S4/HANA and SAP Asset Performance Management tool, allowing for a seamless and innovative way to train technicians in an oil refinery environment.
The goal of this training was to improve and optimize business processes and operations using SAP software and metaverse technology. Attendees were impressed by the life-like 3D design of the refinery and the interactivity of the VR simulation, which resulted in a highly effective training experience.
The success of this training marks a new era of learning in the Energy and Utilities industry and highlights the potential for Industrial Metaverse technology to transform the way businesses train their employees.
SpaceTo.io recently partnered with SAP to create a groundbreaking training experience for the Energy and Utilities industry.
The VR and web-based simulated training was showcased at the International SAP Conference for Energy and Utilities in Basel, Switzerland from the 18th-20th of April.
The training leveraged real-time API integration with SAP's S4/HANA and SAP Asset Performance Management tool, allowing for a seamless and innovative way to train technicians in an oil refinery environment.
The goal of this training was to improve and optimize business processes and operations using SAP software and metaverse technology. Attendees were impressed by the life-like 3D design of the refinery and the interactivity of the VR simulation, which resulted in a highly effective training experience.
The success of this training marks a new era of learning in the Energy and Utilities industry and highlights the potential for Industrial Metaverse technology to transform the way businesses train their employees.
What
What
SpaceTo
SpaceTo
created
created
The Problem:
The Problem:
The environment selected was SpaceTo’s templated venue under the name “Modern Arabesque”. The design of the virtual space brings luxury with geometrical details on the walls and windows around the venue.
The layout was sectioned to accommodate four different rooms with a dedicated design for each that address aesthetics and functionality. The aesthetic 3D lobby area with a live welcome host and rich media, to a real-time, live metaverse panel discussing key topics surrounding the future of sustainable travel.
This metaverse environment delivered a plethora of opportunities to over 3000 global travel leaders to participate, collaborate, and network.
Behind every corner of the modern arabesque environment, was a deliberately designed virtual journey connecting discourses about new digital tourism innovation, travel, and investment opportunities within Saudi Arabia.
The environment selected was SpaceTo’s templated venue under the name “Modern Arabesque”. The design of the virtual space brings luxury with geometrical details on the walls and windows around the venue.
The layout was sectioned to accommodate four different rooms with a dedicated design for each that address aesthetics and functionality. The aesthetic 3D lobby area with a live welcome host and rich media, to a real-time, live metaverse panel discussing key topics surrounding the future of sustainable travel.
This metaverse environment delivered a plethora of opportunities to over 3000 global travel leaders to participate, collaborate, and network.
Behind every corner of the modern arabesque environment, was a deliberately designed virtual journey connecting discourses about new digital tourism innovation, travel, and investment opportunities within Saudi Arabia.
The environment selected was SpaceTo’s templated venue under the name “Modern Arabesque”. The design of the virtual space brings luxury with geometrical details on the walls and windows around the venue.
The layout was sectioned to accommodate four different rooms with a dedicated design for each that address aesthetics and functionality. The aesthetic 3D lobby area with a live welcome host and rich media, to a real-time, live metaverse panel discussing key topics surrounding the future of sustainable travel.
This metaverse environment delivered a plethora of opportunities to over 3000 global travel leaders to participate, collaborate, and network.
Behind every corner of the modern arabesque environment, was a deliberately designed virtual journey connecting discourses about new digital tourism innovation, travel, and investment opportunities within Saudi Arabia.
The environment selected was SpaceTo’s templated venue under the name “Modern Arabesque”. The design of the virtual space brings luxury with geometrical details on the walls and windows around the venue.
The layout was sectioned to accommodate four different rooms with a dedicated design for each that address aesthetics and functionality. The aesthetic 3D lobby area with a live welcome host and rich media, to a real-time, live metaverse panel discussing key topics surrounding the future of sustainable travel.
This metaverse environment delivered a plethora of opportunities to over 3000 global travel leaders to participate, collaborate, and network.
Behind every corner of the modern arabesque environment, was a deliberately designed virtual journey connecting discourses about new digital tourism innovation, travel, and investment opportunities within Saudi Arabia.
The environment selected was SpaceTo’s templated venue under the name “Modern Arabesque”. The design of the virtual space brings luxury with geometrical details on the walls and windows around the venue.
The layout was sectioned to accommodate four different rooms with a dedicated design for each that address aesthetics and functionality. The aesthetic 3D lobby area with a live welcome host and rich media, to a real-time, live metaverse panel discussing key topics surrounding the future of sustainable travel.
This metaverse environment delivered a plethora of opportunities to over 3000 global travel leaders to participate, collaborate, and network.
Behind every corner of the modern arabesque environment, was a deliberately designed virtual journey connecting discourses about new digital tourism innovation, travel, and investment opportunities within Saudi Arabia.
The environment selected was SpaceTo’s templated venue under the name “Modern Arabesque”. The design of the virtual space brings luxury with geometrical details on the walls and windows around the venue.
The layout was sectioned to accommodate four different rooms with a dedicated design for each that address aesthetics and functionality. The aesthetic 3D lobby area with a live welcome host and rich media, to a real-time, live metaverse panel discussing key topics surrounding the future of sustainable travel.
This metaverse environment delivered a plethora of opportunities to over 3000 global travel leaders to participate, collaborate, and network.
Behind every corner of the modern arabesque environment, was a deliberately designed virtual journey connecting discourses about new digital tourism innovation, travel, and investment opportunities within Saudi Arabia.
The Solution:
The Solution:
The Solution:
SpaceTo.io's VR and web-based simulated
training environment integrated with SAP's
S4/HANA and SAP Asset Performance
Management business process tools and
provided real-time data transfer through API
integration.
SpaceTo.io's VR and web-based simulated
training environment integrated with SAP's
S4/HANA and SAP Asset Performance
Management business process tools and
provided real-time data transfer through API
integration.
SpaceTo.io's VR and web-based simulated
training environment integrated with SAP's
S4/HANA and SAP Asset Performance
Management business process tools and
provided real-time data transfer through API
integration.
The training environment is designed as a 3D oil refinery with a life-like environment and structures that enable the engineer avatars to
perform various tasks and interact with different components such as valves, pipes, etc.
The training environment is designed as a 3D oil refinery with a life-like environment and structures that enable the engineer avatars to
perform various tasks and interact with different components such as valves, pipes, etc.
The training environment is designed as a 3D oil refinery with a life-like environment and structures that enable the engineer avatars to
perform various tasks and interact with different components such as valves, pipes, etc.
Engineers and technicians work with live, real-time data via API which creates a very realistic
replica of a live refinery training scenario without any of the potential risk.
This innovative technology bridges the skills gap using hands-on simulated training while increasing operational efficiencies, and asset
productivity management.
Engineers and technicians work with live, real-time data via API which creates a very realistic
replica of a live refinery training scenario without any of the potential risk.
This innovative technology bridges the skills gap using hands-on simulated training while increasing operational efficiencies, and asset
productivity management.
This networking lounge was designed to facilitate seamless collaboration via guided conversational topics around sustainable travel. Two, group voice chat-pods were created on either end of the lounge to facilitate real-time conversations and group interactions. Text chat rooms were also included for those who preferred more private conversations. Predefined gestures and actions were also included as features on the users’ avatar which could be used to communicate and network with other visitors.
The Process:
The first step was the conceptualisation of a fully optimised 3D designed oil refinery environment.
This involved developing a working process within an oil refinery, creating a script and user flow, and then optimising that environment which the engineer avatars interacted with.
The first step was the conceptualisation of a fully optimised 3D designed oil refinery environment.
This involved developing a working process within an oil refinery, creating a script and user flow, and then optimising that environment which the engineer avatars interacted with.
The next step was the interaction design and UX/UI development that ensured a seamless and intuitive user experience.
The technical development phase involved creating the VR and web-based simulation that enabled the trainees to experience a risk-free
environment that mirrors the real-world scenarios.
The next step was the interaction design and UX/UI development that ensured a seamless and intuitive user experience.
The technical development phase involved creating the VR and web-based simulation that enabled the trainees to experience a risk-free
environment that mirrors the real-world scenarios.
The final step involved optimising the user experience and testing the solution before deployment.
This step ensured that the VR and web-based simulation provided the intended benefits such as cost and time reduction, better engagement, knowledge retention, and recall, and high customisation. In additional to this, data teams were instrumental in setting up API integrations which called data via SAP API, created filters and data integrations with Unity to ensure data was transferred from SAP APM simulator into the metaverse in real-time.
This step ensured that the VR and web-based simulation provided the intended benefits such as cost and time reduction, better engagement, knowledge retention, and recall, and high customisation. In additional to this, data teams were instrumental in setting up API integrations which called data via SAP API, created filters and data integrations with Unity to ensure data was transferred from SAP APM simulator into the metaverse in real-time.
The Result:
The innovative SAP training experience developed
by SpaceTo.io has revolutionised the SAP training
landscape by providing a risk-free environment
that simulates the real-world scenarios.
The VR and web-based simulation have enabled
trainees to interact with the components and
structures of an oil refinery, providing a high level
of customisation that is not available in the
of customisation that is not available in the
traditional live training settings. This information
and experience can be accessed and reused
further enhancing accessibility of learning
materials.
The integration with SAP and real-time data
transfer through API integration have reduced
risks and costs associated with the maintenance
and inspection task training, allowing for hands-
on responses to issues in real-time without
complex live training environments.
The virtual working model also ensures flexibility
and convenience, making it possible for trainees
to access the training experiences from
anywhere.
This virtual training solution provided a holistic
end-to-end training platform which provided
detailed reporting and contributed to HSSE
practices and optimised scenario-based training,
thus providing the ability to analyse training data
for better future outcomes and more detailed
ROI measurement.
This virtual training solution provided a holistic
end-to-end training platform which provided
detailed reporting and contributed to HSSE
practices and optimised scenario-based training,
thus providing the ability to analyse training data
for better future outcomes and more detailed
ROI measurement.
Conclusion
SpaceTo's SAP training experience is an innovative solution that provides a unique and effective way of learning. The integration with SAP and real-time data transfer through API integration has made the training experience more effective and accessible, reducing time and costs associated with the maintenance and inspection tasks while elevating training with live data through simulation.
This solutions acts as an interactive transactional system to improve innovation and optimise business operations. Machine Learning, Digital Twins and the Industrial Metaverse will enhance optimised training of technicians and facilitate a more tailored and effective training experience.
SpaceTo's SAP training experience is an innovative solution that provides a unique and effective way of learning. The integration with SAP and real-time data transfer through API integration has made the training experience more effective and accessible, reducing time and costs associated with the maintenance and inspection tasks while elevating training with live data through simulation.
This solutions acts as an interactive transactional system to improve innovation and optimise business operations. Machine Learning, Digital Twins and the Industrial Metaverse will enhance optimised training of technicians and facilitate a more tailored and effective training experience.
Features Include
Features
Include
Real Time Data
Real Time Data
Optimized Experiences
Optimized Experiences
Private Spaces
Private Spaces
Low Latency
Low Latency
Customizable Spaces
Customizable Spaces
Privacy Protection
Privacy Protection
Custom Avatars
Custom Avatars
API Integration
API Integration
Digi Twin
Digi Twin
Industrial Metaverse
Digi Twin
Digi Twin
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