Inspection

At GSC, we redefine industrial inspection through drone-based, AI-assisted aerial and confined-space technologies that deliver actionable insights while keeping your workforce out of harm’s way.
Our multi-industry inspection solutions are designed to minimize downtime, enhance asset reliability, and optimize operational safety — all while providing precise, data-driven results.

Where humans can’t reach, our drones can.
At GSC, we deploy the Elios 3, the world’s most advanced indoor inspection drone, to safely explore confined, hazardous, or structurally complex environments.
The Elios 3 enables our team to capture high-precision visual and spatial data in areas that are dangerous or inaccessible for human entry — turning every mission into a fast, accurate, and risk-free operation.

With its intelligent navigation, LiDAR mapping, and obstacle-avoidance system, Elios 3 ensures exceptional stability and data quality, even in tight or dark spaces such as tanks, boilers, tunnels, and silos.

GSC provides unmatched visual access to hard-to-reach flare stacks using high-grade UAV cameras operated by our certified pilots.
We conduct live flare stack inspections while plants remain fully operational, capturing high-definition visuals that reveal the condition, performance, and integrity of your flare system.
This approach helps clients avoid costly shutdowns or unplanned flaring, ensuring safety and compliance while maintaining production continuity.

All inspection data is managed through GSC’s cloud-based digital platform, providing seamless access to all visual, thermal, and measurement records.

Our Confined UT (Ultrasonic Testing) Inspection service combines drone technology with advanced non-destructive testing (NDT) methods to deliver comprehensive integrity assessments — even in spaces that are difficult or unsafe for human entry.

Using specialized drones equipped with UT gauges, we can perform thickness measurements, coating inspections, and corrosion assessments across complex industrial structures — without scaffolding, rope access, or production shutdowns.

Our system captures ultrasonic readings in real-time while simultaneously conducting visual inspections (VT) and close-up analysis, ensuring both structural soundness and surface condition are documented in one integrated workflow.

Our drones capture geotagged, high-resolution RGB imagery and 3D point clouds of telecom towers, providing detailed insight into structural integrity and asset condition.

Electroluminescent (EL) imaging is a powerful diagnostic tool that provides deep insights into the health and performance of photovoltaic (PV) panels. By detecting internal defects invisible to the naked eye, EL inspection helps ensure system reliability and optimal energy output.

At GSC, we deliver high-precision 2D CAD surveys that analyze the angle, length, and depth of shadows cast by every rooftop element — ensuring solar panels are positioned for maximum exposure and optimal energy generation.

Our experts use a custom-developed command tool integrated with Autodesk Civil3D, designed to automatically generate 3D polylines from point cloud data, accurately representing the height and projection of every rooftop structure.

This advanced tool also simulates sunshade movement throughout the year, enabling us to identify the deepest and longest shadow projections and record them directly on the CAD drawings.

Each survey includes detailed documentation of shade direction, spread, and absolute height measurements for all rooftop components — providing installers with precise data to optimize panel placement and overall system performance.

Our rooftop inspection delivers a comprehensive set of high-precision data products designed to support accurate solar planning, engineering design, and structural assessment.

At GSC, we deliver advanced drone-based inspection solutions for transmission towers and overhead power lines (OHL), providing utilities and energy operators with precise, actionable data that enhances safety, efficiency, and asset performance.

By leveraging high-resolution aerial imagery and AI-driven analytics, our inspections detect structural defects, component degradation, and potential hazards — all without interrupting operations or putting personnel at risk.