A digital twin is software. It needs software validation.
Telecom networks · Industrial facilities · Enterprise infrastructure
Capacity model understated by 18pp
Caught build #312 – not after a decision
A digital twin is software. It needs software validation.
Organizations invest significantly in digital twin deployments – accurate representations of physical networks, facilities, and systems that inform real operational decisions. But the software powering those twins is often validated manually or not at all. As the underlying systems change and the twin is updated, divergence accumulates. Decisions based on stale or inaccurate twin data carry real operational risk.
XR Driver treats a digital twin the same way it treats a game: as a software application with runtime state, behavioral requirements, and a need for repeatable validation across every update.
Where digital twin validation is deployed.
Network infrastructure visualization
Telecommunications and internet infrastructure providers operate digital twins of their entire network topology in game engines – visualizing node relationships, traffic flows, and failure modes across networks too complex to comprehend in tabular data. XR Driver validates that the visualization layer accurately reflects the underlying data as both the network and the twin evolve.
Industrial facility simulation
Manufacturing plants, energy facilities, and logistics operations use game engine digital twins for operational planning, maintenance scheduling, and safety training. Validation ensures the simulation continues to represent the physical facility correctly as configurations change.
Smart infrastructure and urban planning
Municipal and infrastructure planning organizations build simulation environments on game engines to model traffic systems, utilities, and built environments. Repeatable execution confirms that simulation behavior remains accurate as planning data and physical conditions evolve.
Supply chain and logistics
Operations organizations that simulate supply chain flows and logistics networks on game engine runtimes need confidence that the simulation accurately reflects current constraints, capacities, and routing logic.
Running a digital twin on a real-time 3D engine?
Tell us about your environment – what it models, how it's updated, and what validation looks like today. We'll describe what repeatable execution would look like against your twin.
Talk to us