Oil & gas · 6 min read
Why Oil & Gas Is Going Hands-Free
Unplanned downtime in oil & gas can cost more than US$20,000 a day in lost and deferred product, according to research cited by ABI Research. That single number explains why assisted reality headsets — devices that connect a technician to a remote expert without ever taking their hands off the job — are being adopted in the sector faster than almost anywhere else in industry.
A market moving fast
Independent analyst firm ABI Research projected assisted reality head-mounted display shipments in oil & gas to grow at a 51% compound annual growth rate through 2027, driven specifically by demand for hands-free content access and remote collaboration. That's a steeper growth curve than most other industrial sectors — and it tracks with a simple economic reality: when a single remote-expert session can avoid one unplanned shutdown, the device has often paid for itself in that one use.
Why oil & gas has different requirements
Oil & gas sites carry constraints most industrial environments don't. Intrinsically safe certification is often required — not just on an obvious environment like a rig, but anywhere hazardous materials are loaded or unloaded. Shifts run long, which pushes both workers and batteries to their limits, so all-day power matters as much as ruggedness. And compliance is unforgiving: image and video capture from a headset can double as hands-free, real-time verification for an inspection record, with none of the penalties that come from missed documentation.
Where the value actually shows up
Knowledge capture
Critical with a retiring workforce and complex, hazardous environments — centralising expertise before it walks out the door.
Remote expertise
Real-time guidance from a specialist without the travel cost, delay, or downtime of flying someone to site.
IoT data visualisation
Visual data delivered hands-free is processed faster than checking a separate screen or device.
Hands-free asset management
Persistent, up-to-date asset records improve collaboration across shifts and sites.
Case study: TotalEnergies
TotalEnergies, a global oil and gas company operating across the entire value chain, was facing costly, disruptive production slowdowns caused by equipment maintenance and repairs. Their fix was to deploy RealWear's intrinsically safe headsets integrated with voice-enabled Microsoft Teams, so experts could guide equipment diagnosis and repair remotely instead of travelling to site.
The result, per ABI Research's write-up: expert travel time and cost were eliminated, global teams collaborated more effectively, and both equipment downtime and overall maintenance duration were significantly reduced. It's close to the exact pairing Frontier Wear offers directly — a RealWear headset running Collaborate Teams 2 for hands-free Microsoft Teams in the field.
Getting started: three recommendations
Start targeted, not sweeping
A focused rollout on one workflow — remote expertise is the common starting point — builds a stronger case than an org-wide deployment on day one. Add step-by-step instruction and other use cases once results are proven.
Match the device to the environment
Not every oil & gas role needs an intrinsically safe device, but many do — and using a non-IS device in a hazardous zone, even accidentally, is a safety and compliance issue, not just a policy breach.
Plan for real-world connectivity
Remote expertise needs a live connection; workflow instructions stored locally don't. Know which use case you're deploying before you plan the network and security side.
Where this fits at Frontier Wear
Navigator Z1 is built for exactly this environment.
Intrinsically safe, and designed to integrate with the PPE oil & gas teams already wear — hard hats, safety glasses, and hearing protection.
Market data and the TotalEnergies case study referenced from ABI Research's 2022 report "Assisted Reality in the Oil & Gas Sector," commissioned by RealWear.