HIGHWAYS & RAILWAYS CAPABILITIES
WHAT WE DELIVER
Detailed pre-construction surveys to support route alignment and feasibility. Drone surveys using LiDAR, RGB, and multispectral sensors provide accurate terrain mapping and environmental context.
Identification of encroachments along proposed highway and railway corridors to support compliance, planning, and early issue resolution.
Aerial monitoring of ongoing projects to track progress, document milestones, and provide regular updates to project teams and stakeholders.
Volumetric analysis of construction materials such as gravel, sand, and asphalt to support inventory tracking and site planning.
Inspection of road surfaces to identify cracks, potholes, and wear using high-resolution imagery, with subsurface assessment supported through GPR where required.
Inspection of bridges, flyovers, tunnels, and other structures to assess condition and identify potential risks. Thermal imaging supports detection of stress points and hidden defects.
Live aerial monitoring to assess traffic congestion, support diversion planning, and assist with accident site surveys and damage assessment.
Inspection of railway tracks using RGB and LiDAR data to identify cracks, misalignments, and damage, supporting regular maintenance audits and safe operations.
Drone-based inspection of hard-to-reach bridge and tunnel areas. Thermal imaging helps identify structural weaknesses, leaks, or hidden defects.
Monitoring of railway corridors to identify unauthorized structures or activities and ensure operational and safety compliance.
Identification of overgrown vegetation near railway tracks using multispectral data to support effective clearance and safety planning.
Aerial surveys of railway stations and yards to support layout planning, maintenance, and optimization of space usage.
Pre-construction surveys and ongoing construction monitoring for new railway lines, enabling timely issue detection and informed decision-making.
OUR WORKFLOW
Capture → Process → Analyze → Deliver Insights
Drone data is converted into accurate maps, models, and reports aligned with infrastructure project requirements.
WHY IT MATTERS
Improve accuracy in route planning and design
Monitor progress efficiently across long corridors
Reduce manual inspections and on-site safety risks
Detect issues across structures and right-of-way areas
Support timely, data-driven infrastructure decisions
