Insights on AR-powered hardware support, technician training, and building the future of hardware experiences.
Augmented reality is changing how technicians repair complex hardware. Learn how AR-guided repair reduces downtime, improves first-time fix rates, and scales expert knowledge across teams.
No-code AR platforms are making it possible to create camera-based scanning applications for hardware support without Unity or coding expertise. Here's how it works.
Traditional technician training is slow, expensive, and doesn't stick. Interactive 3D simulations offer faster onboarding, better retention, and measurable skills assessment.
Turning engineering CAD files into AR-ready models requires careful preparation, component labeling, and optimization. Here's how our 3D team does it.
How VisionGuide deploys the same AR-guided workflow to phones, tablets, and XR headsets from a single codebase — and why that matters for hardware companies.
SLAM (Simultaneous Localization and Mapping) is the technology that lets AR systems understand where they are in 3D space. Here's how it works for hardware-guided experiences.
Hardware downtime costs more than you think. Beyond lost production, there are hidden costs in emergency response, customer trust, and technician burnout. Here's the full picture.
Medical imaging and diagnostic equipment requires precise, compliant maintenance. AR-guided service is solving the unique challenges of medical device field service.
Written tests don't tell you if a technician can actually perform a repair. Here's how simulation-based assessment measures real procedural skill.
When you point your phone at a machine, how does the AR system instantly know what it's looking at? Here's how computer vision powers hardware recognition.