The software arm of A&D Lab — proprietary VR/AR/XR applications and digital twins of serviced equipment. We support field technicians in real time and enable procedure training without any risk to the device. We work with META, PICO, SONY and HoloLens 2 headsets as well as PC-class VR rigs, and integrate with 3D CAD documentation and CMMS systems.
Interactive checklists and visual cues minimize mistakes during technical servicing.
Simulated scenarios let new employees reach proficiency up to 30% faster.
Critical procedures can be tested in a virtual environment, with no risk of equipment damage.
An expert connects with the field technician, sees exactly what they see, and adds AR annotations.
Converts CAD models into lightweight 3-D meshes and maps service points.
A step-by-step procedure builder with multimedia instructions and task-sequence control.
AR video conferencing with 3-D space annotation, HD snapshots and repair-session recording.
Synchronizes with our ticket, parts and repair-history management system.
Task-completion statistics, error heat-maps and procedure non-conformance alerts.
CAD model import, photogrammetry or 3-D scanning, and digital-twin creation.
Together with the customer's engineers we design step sequences, tests and parameter checks.
Procedures and alerts connect to existing service tickets.
Users complete interactive training sessions, and results feed into the KPI dashboard.
Motion-system and projector calibration without powering down the device.
Virtual inspection path for filters, sensors and emergency-shutdown tests.
Baggage X-ray unloading procedures and detector firmware update workflows.
BGA rework training with thermogram preview in AR glasses.
In our VR/AR/XR solutions we build on professional partner platforms — enterprise-class Varjo headsets and EyeTracking systems. These form the hardware layer on which we build our proprietary immersive applications.
Varjo headsets are professional mixed-reality devices offering human-eye-level resolution. We use them in advanced simulators, industrial and defense training — everywhere the highest image quality, photorealistic visualization and flawless detail recognition in VR/XR are required.
Photorealistic training environments for pilots, UAV operators and vehicle crews — full immersion while preserving instrument legibility thanks to human-eye resolution.
Repeatable training scenarios in a safe VR/XR environment — from service procedures to team tactics.
Overlaying digital layers on real components — service instructions, technical documentation and remote expert support within the technician's field of view.
1:1-scale CAD design reviews, ergonomics validation and design reviews before building a physical prototype.
EyeTracking technology enables precise, real-time analysis of user gaze points. We apply it in UX research, training simulators and foveated-rendering systems, where it improves the performance and realism of VR experiences. EyeTracking also enables natural interaction — gaze control and behavioral biometric analysis.
Heat maps and gaze paths reveal what users are actually looking at — from interfaces to operator panels and cockpits.
Analysis of operator attention focus during training scenarios — an objective assessment of reactions, decisions and fatigue.
Full-resolution rendering only where the user is looking — higher performance and realism in VR/XR environments.
Gaze-based control, behavioral authentication and cognitive-load analysis based on gaze and pupil patterns.