Leveraging extended reality for efficient remote industrial support
Extended Reality (XR)—encompassing Augmented Reality (AR), Virtual Reality (VR), and Mixed Reality (MR)—is fundamentally changing how industries approach remote maintenance and consulting. By blurring the lines between physical and digital environments, these technologies allow experts to provide real-time assistance regardless of geographical location.
What is at stake for the industry
The shift toward XR-driven remote support is redefining operational efficiency. For businesses, this means a transition from reactive maintenance to proactive, real-time problem solving. Companies that adopt these technologies gain a competitive edge by minimizing downtime, reducing the need for expensive on-site travel, and ensuring that technical expertise is accessible globally, regardless of physical constraints.
Industry growth and applications
Market projections indicate significant momentum, with the manufacturing and construction sectors alone expected to invest 35 billion U.S. dollars in XR technologies by 2023. Major automotive companies like Porsche and Ford have already integrated these tools, using AR glasses for repair guidance and VR for collaborative vehicle design.
Operational approaches
Remote assistance typically follows two models:
- Self-guidance: Users receive step-by-step instructions via AR overlays on mobile devices or headsets.
- Peer-guidance: Field technicians receive live, real-time support from remote experts who view the site through the technician's perspective.
Implementation considerations
Successful XR deployment requires more than just hardware. Organizations must prioritize standardized data repositories, robust network connectivity, and seamless integration with legacy systems like ERP or PLM. Partnering with experienced software vendors is essential to navigate these technical complexities.
Key benefits
The adoption of XR-driven remote monitoring offers several advantages:
- Instant, global technical support.
- Increased customer and employee satisfaction.
- Accelerated skill development for new staff.
- Significant reduction in travel-related costs.
Steps for businesses
To successfully integrate XR into your industrial workflows, consider the following steps:
- Assess your current infrastructure to ensure it supports the high-bandwidth requirements of XR and digital twin synchronization.
- Start with a pilot project focusing on a specific, high-impact maintenance task to measure ROI before scaling.
- Invest in staff training to ensure technicians are comfortable with AR/VR hardware and software interfaces.
- Collaborate with specialized software vendors to ensure seamless integration with your existing ERP and PLM systems.
Industry case study
Softengi has demonstrated the practical application of these tools by developing a remote monitoring solution for a European deep-drilling machine manufacturer. The project utilized digital twins—accurate 3D replicas of equipment—to enable real-time collaboration and troubleshooting between specialists across different continents.
Prepared by a Software Ukraine member. Original publication.