Various Industries

Industries.

Oil & Gas

3D laser scanning technology is transforming the industrial sector by providing precise, scalable models of sites and facilities, significantly reducing on-site follow-ups, enhancing safety, and streamlining modifications for brownfield projects. It enables the creation of accurate terrain models for site planning, construction, and pipeline development while supporting "clash detection" in design comparisons.
Additionally,3D scanning offers valuable data for asset management tasks like quantity surveys, condition monitoring, and tank calibration facilitating accurate asset documentation and inventory management, especially during ownership transfers. This versatile tool enhances operational efficiency and asset integrity, making it essential in modern industrial environments.

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Aviation

Laser scanning technology is increasingly utilized for infrastructure projects around airports, where high traffic and large paved areas make traditional surveying methods challenging. Within airport facilities, this technology is nearing or has already reached early majority adoption, as it offers significant advantages in surveying large, open terminal spaces and congested areas like baggage handling zones.Globally, multiple engineering firms have modeled over 30 airports, using laser scanning to improve the accuracy and efficiency of mapping in these complex environments. This approach not only reduces the time required for surveys but also minimizes disruptions in high-traffic areas, enabling smoother project workflows and more precise data for maintenance and future development.

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Architecture,Engineering & Construction

For over a decade, this company has supported the construction industry, specializing in Building Information Modeling (BIM) and virtual design and construction. As a BIM provider, the company develops, integrates, coordinates, and manages intelligent digital models for all phases, from design through post-construction facility operations. Recently, they have focused on consistently integrating BIM and related technologies across projects, offering 3D visualization, constructability analysis, laser scanning, layout coordination, and quality control. Additionally, they provide advanced capabilities like 4D phasing and scheduling, 5D cost and quantity extraction, mobile model access, and facilities management. The company remains at the forefront in refining BIM standards and processes to improve project efficiency and precision.

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Transportation

In recent years, mobile LiDAR has emerged as a powerful tool for rapid data collection, particularly benefiting transportation agencies working to improve safety and efficiency. As laser scanning technology aids state agencies in meeting federal mandates to digitally map the National Highway System, mobile LiDAR has become invaluable in fulfilling these requirements. Engineering firms and geospatial service providers have processed thousands of miles of road networks across regions such as Australia, Europe, and North America, leveraging mobile LiDAR to streamline data acquisition, and support informed decision-making in transportation planning and infrastructure management.

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Electric Utility

Powerline infrastructure safety is essential to daily life and industrial operations, with risks posed by encroaching vegetation, tree health, ambient temperature, structural faults, and severe weather. Timely, accurate monitoring of these factors helps prevent dangerous events like blackouts. Prior to 2010, utility firms largely depended on manual monitoring, which was labor-intensive, costly, and often hazardous. Over the past decade, airborne LiDAR has transformed this process, capturing high-density 3D data of powerline infrastructure. This increase in data density enables automated 3D reconstruction of powerline features, a key advancement for machine-based safety monitoring.
Severe weather, vegetation interference, and overhead infrastructure interactions remain leading causes of outages.

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Mapping and Land Administraction

Land and Survey Departments are multidisciplinary government agencies responsible for land surveying, planning, and valuation, managing an integrated cadastral and registration system for the state. Geospatial service providers assist these agencies by digitizing land and cadastral information into comprehensive geospatial applications, forming core datasets for land administration and management. This system captures crucial data, including land ownership, values, land use, and other related information. With the use of GIS technology, these processes are further enhanced, allowing planners to overlay diverse data—such as land use, aerial imagery, topography, and land tenure—onto cadastral layers, streamlining the creation of master plans, structure plans, and local plans efficiently and effectively.

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