How are AR glasses used offshore?
Common uses include remote diagnosis, inspection support, guided maintenance, commissioning, documentation and access to procedures while the technician remains hands-free.
AR Glasses for Offshore Maintenance and Inspection
Industrial AR can connect offshore technicians with onshore specialists, deliver guided procedures and document field conditions. The business case is strongest where expert travel, mobilisation time and equipment downtime are costly.
Frequently asked questions
How can AR reduce offshore expert travel?
An onshore specialist can review the live situation first and determine whether the offshore team can resolve it with remote guidance or whether mobilisation is necessary.
What happens when connectivity is limited?
Test real bandwidth, latency and coverage at the work location. Select software with adaptive or low-bandwidth operation and define a fallback procedure for lost connectivity.
Are ATEX AR glasses always required offshore?
Not everywhere. The site’s hazardous-area classification and task risk assessment determine whether ATEX equipment is required and which certification marking is acceptable.
How is battery continuity handled?
A hot-swappable design can extend operation by replacing the main battery without closing the current application, subject to the device instructions and site procedure.
How should offshore data be protected?
Define approved networks, user access, encryption, recording, storage, retention, audit requirements and whether cloud, hybrid or customer-managed hosting is appropriate.
What should an offshore pilot measure?
Measure mobilisation avoided, time to expert access, resolution time, downtime, video and audio quality, task completion, user acceptance and safety observations.