Oil & Gas Digital Transformation Solutions
3D Laser Scanning, Digital Twins & Immersive Training with ScanOps
Capture reality. Build digital twins. Train and operate with confidence.
Oil & gas operators face growing pressure to improve safety, reduce downtime, upskill a changing workforce, and modernise ageing assets — all while operating in complex, hazardous environments.
ScanOps is an end-to-end industrial reality and operations platform designed specifically for oil & gas. It combines high-accuracy 3D laser scanning, real-time digital twins, and immersive XR training into a single, structured system, creating a trusted digital foundation for engineering, operations, HSE, and training teams.
Delivered by Luminous XR, ScanOps is already proven across upstream, midstream, and downstream facilities worldwide.
Train personnel, plan work, and review procedures virtually — minimising time spent in live, high-risk areas.
Capture live, operating facilities with millimetre accuracy and turn them into usable, navigable digital assets.
Use immersive simulations and digital twins to train faster, assess competency, and standardise learning across sites.
Improve coordination, clash detection, and design reviews without relying on outdated drawings.
Engineering, operations, HSE, and training teams all work from the same digital source of truth.
Start with a single asset or platform — then roll out across sites, regions, or entire portfolios.
No. VR is only one part of ScanOps. The platform starts with reality capture, builds real-time digital twins, and then supports training, simulation, and operations. VR is an output — not the starting point.
Yes. ScanOps is designed to capture live, operating assets safely, with minimal disruption and no shutdowns.
Absolutely. Many clients begin with a single platform, unit, or facility and then scale once value is proven.
Yes. We support on-premise, private cloud, and region-specific deployments to meet data residency and security requirements.
Yes. ScanOps complements existing CAD, BIM, LMS, and operational systems by providing a shared spatial digital layer.