AI + Augmented Reality
When your workforce wears AR, and AI tells them what to look at.
We build solutions where AI-driven insights meet hands-free AR interfaces. Field technicians see diagnostics overlaid on equipment. Surgeons see AI-enhanced imaging during procedures. Insurance agents verify damage through guided AR. The AI makes it contextual; the AR makes it usable without taking your hands off the job.
Who This Is For
support text
AR Field Service & Maintenance
Hands-free AR guides overlay AI diagnostics, step-by-step repair instructions, and remote expert assistance for manufacturing, energy, mining, and infrastructure teams.
AR Quality Inspection
AI defect-detection results are projected directly onto products being inspected, with severity, confidence, and measurement overlays tied into audit workflows.
Digital Twin via AR
Real-time digital twin data appears over physical assets, including temperature maps, energy metrics, maintenance windows, and production rates.
Surgical Guidance & Medical AR
AI-analysed imaging is projected as 3D overlays in the clinician’s field of view for surgical guidance, training, and precision support.
What We Build
Sub Content
BFSI Claims & KYC
AR-guided evidence capture with geo-tagging, AI damage estimation, and document verification. Audit-ready and tamper-evident.
Heritage & Tourism AR
Historical reconstructions and AI-personalised tour content overlaid on landmarks via mobile AR.
Smart Infrastructure Visualisation
Hidden pipelines, cables, and sensor data visualised through AR overlays with AI anomaly detection.
Why This Is Different
Our AR solutions are not standalone demos. They connect to the systems you already run, so the AI insight appears where work is actually happening.
IoT & Industry 4.0
AR overlays pull from the same sensor data and AI models powering predictive maintenance and industrial monitoring.
Computer Vision
Defect-detection models render results directly into AR interfaces for inspection and guidance.
SCADA / MES / ERP
Real-time data comes from your operational stack, without creating parallel infrastructure.
Related Case Studies
AI-Based OT Solutions (Aluminium): The IoT + AI stack that powers AR field service overlays → /case-studies/ai-based-ot-solutions-part-1/
Visual QA in Composites: Computer vision models used for AR inspection overlays → /case-studies/visual-qa-with-ai-in-composites/
Vehicle Monitoring in Mining: AI systems operating in harsh environments, extended into AR-assisted operations → /case-studies/ai-based-vehicle-monitoring-in-harsh-mining-environments/
FAQ
How is this different from immersive learning?
This is for operational use—field service, inspection, surgery, and claims. Immersive learning is for training environments like ITIs and corporate L&D.
What AR hardware do you support?
RealWear, HoloLens, Magic Leap, and mobile AR on Android/iOS depending on the use case.
Can we start with a pilot?
Yes. Typical approach is a 4–6 week discovery followed by a single-use-case pilot before scaling.
Does this integrate with existing systems?
Yes. AR layers connect with IoT sensors, SCADA, MES, ERP, and AI models already in use.
Scope an AI+AR pilot
Tell us the environment, the equipment, and the problem. We’ll tell you if AR is the right answer.