Low visibility & harsh conditions
Dust, nighttime operations, weather, and tight spaces reduce worker awareness and increase risk.
Augmented Vision for Construction & Infrastructure
From low-light visibility to hazard detection and AR-guided inspections, VisionXtent brings safety and clarity directly into the worker’s field of view — even in dust, smoke, or complex construction zones.
Key Challenges in Construction Environments
Modern job sites face visibility, safety, and coordination issues.
Safety hazards everywhere
Moving equipment, drop zones, overhead loads, confined spaces, and live systems all require constant situational awareness.
Communication gaps
Teams struggle to coordinate across noise, distance, and multi-language environments.
Slow inspections & workflow delays
QA processes take time, documentation gets lost, and workers lack real-time overlays for guidance.
How VisionXtent Helps
A multi-sensor AR system that improves visibility, safety, and efficiency directly in the worker’s natural field of view.
Enhanced perception
See clearly in darkness, dust, smoke, and fog with fused RGB + thermal + depth overlays.
Safety overlays
Hazard zones, equipment movement, and gas/heat-level alerts appear directly in the worker’s field of view.
Guided inspections
Overlaid steps, checklists, and annotations reduce errors and streamline inspections, maintenance, and site tasks.
Remote expert support
Off-site supervisors can annotate directly into the AR view during complex installations or troubleshooting.
Use Cases in Construction & Infrastructure
AR Safety Guardian
Real-time detection of hazards, zoning boundaries, and unsafe conditions.
Inspection Assistant
Compare plans with actual build, verify installations, and flag inconsistencies instantly.
Progress Tracking
Overlay project timelines and dependencies directly on the physical environment.
Multi-team Coordination
AR-based communication and shared annotations across noisy and multilingual worksites.
Bring VisionXtent to Your Job Site
Improve safety, visibility, and coordination with an AR system engineered for real-world construction environments.