Validation infrastructure for safety-critical simulation.
Where validation matters most.
Flight and vehicle simulation
Training systems that simulate aircraft, ground vehicles, and naval platforms require that procedures behave correctly across scenarios. Automated execution validates system behavior at a coverage and cadence no manual walkthrough program can match.
Maintenance and procedural training
Step-by-step procedural training built in game engines requires that every interaction behaves as designed – across hardware configurations, updates, and content revisions. Regression validation prevents training materials from diverging from the systems they represent.
Mission planning and visualization
Operational visualization tools and mission planning systems on game engine runtimes have functional requirements beyond visual fidelity. Data accuracy, interaction behavior, and system state can all be validated through automated execution.
XR and immersive training environments
Immersive training delivered via XR headsets introduces platform dependencies that compound validation complexity. XR Driver validates across Meta Quest, HoloLens, and other XR platforms in the same execution environment used for development.
Lightweight plugin. Local socket. No outbound data.
XR Driver operates via a lightweight plugin that your dev team installs in either a project that runs in the editor or a compiled build with the agent embedded. The plugin runs inside the game runtime over a local socket – no repository access, no review of source files, no outbound data unless your team chooses to run tests remotely. The integration is compatible with existing NDA structures and works with on-premise AI models for programs that require full data isolation. The plugin is bound to your dev/test build profile. Production builds compile without it – once a build ships, every line of XR Driver code is stripped from the binary. There's no production footprint to audit and no inadvertent backdoor to track; the build system handles the separation automatically.
Trusted in classified programs.
XR Driver is deployed in aerospace and defense programs at organizations that operate under the strictest IP classification and security requirements. We cannot name our customers in this space, but we can discuss our security architecture, access model, and deployment approach in detail on request.
Working on a defense or aerospace program?
Tell us about your simulation environment, your platform requirements, and your security constraints. We'll describe the deployment model in detail.
Talk to us