Identify trends in remote operations and monitoring in Extended Reality (XR).
Understand the benefits of using XR for remote operations, health and safety measures, and predicting faults in machines.
Understand connectivity requirements and technology enablement.
Critical Questions Answered
How does XR affect remote operations and monitoring in different verticals?
How many users are there for XR, specifically in remote operations and monitoring for the next 6 years?
What are the key case studies, ecosystems, and connectivity requirements that will drive XR in remote operations and monitoring?
Research Highlights
A detailed breakdown of key findings, companies, and recommendations for XR in remote operations and monitoring.
Forecasts of XR users by vertical, specific to remote operations and monitoring.
Comprehensive analysis of connectivity requirements and companies that have successfully adopted XR for remote operations and monitoring.
Who Should Read This?
Decision makers for insights on integrating XR technologies into their infrastructure to optimize remote operations and monitoring processes.
Operation managers to learn about the latest trends and forecasts in XR to increase efficiency.
Information Technology (IT) and network engineers to understand the connectivity requirements and technology enablement necessary for deploying XR in remote operations.
Safety and compliance officers to explore how XR can enhance safety protocols and ensure compliance through improved capabilities.
Table of Contents
Key Findings
Safety
Time Savings
Travel Costs and Sustainability
Digital Twins and 3D Models
Key Forecasts
Key Companies and Ecosystems
Agriculture
Manufacturing
Automotive
Healthcare
Connectivity Requirements and Technology Enablement
Use Cases
XR Remote Operations in Agriculture and Manufacturing
