AR/VR Solutions for Industry
Industrial-grade AR and VR built for training, diagnostics, and operational transformation
We create industrial-grade augmented and virtual reality solutions that transform training, diagnostics, and operational processes, from VR simulations of standard operating procedures to real-time AR maintenance overlays and IoT-integrated digital twins. Our solutions are built for demanding environments: multi-plant deployments, safety-critical training, complex machinery, and high-stakes operations. A Tier-1 automotive components manufacturer we worked with reduced training time by 55%, cut setup errors by 40%, reduced unplanned downtime by 25%, and scaled training across 3 plants without adding training staff.
Core Capabilities
- VR training simulations for equipment handling, SOPs, and emergency response with multi-user analytics
- AR real-time maintenance guidance, diagnostics, and IoT-integrated field support tools
- Digital twins of equipment and systems for predictive simulation and remote monitoring
- VR operational planning tools for layout design, process simulation, and collaborative walkthroughs
- Remote AR/VR collaboration environments and AR-powered quality inspections
- Training analytics: completion rates, error tracking, and efficacy measurement across sites
Ideal For
Manufacturing, Automotive, and Aerospace Plants
Tier-1 and Tier-2 manufacturers needing VR assembly training, AR maintenance guidance, or digital twins of production lines, with consistent delivery across multiple plants.
Safety and Compliance Departments
Industrial safety teams replacing high-cost, high-risk physical training with immersive VR simulations for emergency response, hazardous environment procedures, and equipment operation.
Healthcare and Medical Training Organisations
Medical colleges, hospital simulation centres, and clinical skills teams using VR for surgical training, emergency response scenarios, and competency assessment.
Retail, Real Estate, and Design Firms
Businesses using AR product visualisation (furniture, apparel, property walkthroughs) to increase customer confidence and reduce return rates.
Real-World Project Snapshot
AR-Based Training Simulation for Manufacturing Operations
Training time per operator reduced by 40%, and training-related safety incidents dropped to zero. Competency certification scores improved by an average of 22 percentage points. The client is expanding the platform to 2 additional facilities.
40%
Reduction in training time
0
Training-related safety incidents
22pp
Improvement in certification scores
View full case study
Related Projects
Browse case studies where we delivered AR/VR Solutions for Industry engagements.
AI-Powered Assessment and Learning Analytics Platform for EdTech
Course completion rates improved from 38% to 61% within one semester. Learner satisfaction NPS increased from 31 to 58, and the platform reduced monthly subscriber churn by 2.8 percentage points.
61%
Course completion rate (up from 38%)
58
Learner NPS (up from 31)
Hospital Operations Digitization Platform
Patient discharge time reduced from 4.5 hours to 1.8 hours. Clinical documentation completeness improved from 67% to 96%, eliminating the data gaps that were triggering insurance claims rejections. Staff productivity scores improved by 34%.
4.5h→1.8h
Patient discharge time
96%
Clinical documentation completeness
Last-Mile Logistics Route Optimization Platform
Delivery SLA compliance improved from 76% to 94%, fuel costs per delivery dropped by 18%, and driver productivity reached 88% of theoretical capacity. The client expanded to 3 new cities within 6 months using the same platform.
94%
Delivery SLA compliance
18%
Reduction in fuel cost per delivery
AR-Based Training Simulation for Manufacturing Operations
Training time per operator reduced by 40%, and training-related safety incidents dropped to zero. Competency certification scores improved by an average of 22 percentage points. The client is expanding the platform to 2 additional facilities.
40%
Reduction in training time
0
Training-related safety incidents
ML-Based Demand Forecasting for Retail Supply Chain
Average out-of-stock rate reduced from 12% to 4.3%, and end-of-season markdown losses decreased by 28%. The procurement team's forecast accuracy (measured by MAPE) improved from 31% error to 11% error.
4.3%
Out-of-stock rate (down from 12%)
28%
Reduction in markdown losses
End-to-End Supply Chain Visibility and Control Tower
Supply chain disruption response time improved from 4 days (detection lag) to 6 hours. Stockouts attributable to supply chain visibility gaps were reduced by 71%. The procurement team avoided $1.8M in expedited freight costs in the first year.
4d→6h
Disruption detection response time
71%
Reduction in visibility-gap stockouts