Topcon and GreenValley International Target Smarter LiDAR Workflows

Topcon Positioning Systems has announced a strategic agreement with GreenValley International (GVI). The deal aims to bring more integrated Topcon LiDAR, positioning and data-processing technology to construction, surveying, forestry and mapping professionals.

The agreement was announced during the 2026 Esri User Conference in San Diego, California. It brings together two companies whose technologies sit at different points of the digital construction workflow. Notably, those points are becoming more connected all the time. Topcon is a long-established name in machine control, GNSS positioning, surveying and construction technology. Meanwhile, Berkeley, California-based GVI specializes in 3D spatial intelligence. Its work covers LiDAR hardware, point-cloud software and AI-enabled data workflows.

Handheld scanner recording an earthworks stockpile
Laser pulses build a detailed three-dimensional record of the site.

For the construction industry, the importance of the announcement is not simply another hardware partnership. It signals a move toward making detailed site-capture data quicker to collect, easier to understand and more useful in the field.

What Topcon LiDAR Actually Does on Site

LiDAR — short for Light Detection and Ranging — uses laser pulses to measure surfaces. It creates highly detailed three-dimensional representations of a site, structure, stockpile, forest or route corridor.

Admittedly, the technology already appears across survey, engineering, quarrying, utilities and infrastructure. Even so, processing the huge quantities of data it produces can still be time-consuming and specialist-led.

Simplifying the Capture-to-Decision Chain

The stated aim of the Topcon and GVI collaboration is to simplify that process. Planned developments will cover handheld, aerial and mobile Topcon LiDAR capture systems. They will also cover the software needed to process and transfer the resulting information. Furthermore, the companies say the program will extend into robotic systems, autonomous monitoring and real-time cloud workflows.

In practical terms, survey teams could capture a site with fewer separate devices. Equally, manual transfer between field crews, office software and machine-control models would drop. For contractors on tight programs, the value is speed. Usable information reaches decision-makers, and potentially the machine, with less delay.

Topcon LiDAR capture across a utilities excavation
Point clouds run to millions of individual measurement points.

Ron Oberlander heads Topcon Geomatics and Construction Platforms. Above all, he said the partnership would combine the strengths of both businesses. The goal is simpler workflows for a broader range of professionals.

“Collaborating with GreenValley allows us to combine the strengths of both organisations and deliver simpler, more efficient workflows to more professionals,” Oberlander said. “By advancing joint research and integrating emerging AI technologies into spatial solutions, we aim to help users collect, process, and apply data more effectively, even in remote and challenging environments.”

Why Remote Sites Matter to Earthmoving

That reference to remote and difficult environments will interest the earthmoving sector in particular. Large infrastructure projects, quarry sites, forestry operations and rural developments often demand regular survey updates. Yet scale, access, changing ground conditions or poor connectivity can make conventional surveying much harder.

Topcon LiDAR joins an established presence in these environments. Indeed, positioning, machine-control and reality-capture technologies already do much of that work. The wider Capture Reality offering centers on accurate digital twins. Those are detailed digital versions of real-world environments that teams can measure, check and share. Adding GVI’s point-cloud expertise could speed up how quickly that data becomes actionable.

AI and the Point-Cloud Problem

GVI’s role in the collaboration will focus heavily on spatial intelligence and AI-enhanced point-cloud processing.

A Topcon LiDAR point cloud contains millions — sometimes billions — of individual measurement points. They are highly accurate. However, turning those points into useful information has traditionally needed an experienced operator. Specifically, that person had to classify surfaces, identify features and strip out unwanted data.

Cody McColl is North American operations manager with GreenValley International. In turn, he said the alliance would focus on automating more of that work.

“This alliance unites GVI’s spatial intelligence expertise with Topcon’s precise positioning technologies to deliver next-generation solutions for the global geospatial community,” McColl said. “Together, we are focused on developing AI-enhanced point cloud processing, including automated feature extraction and classification, multi-sensor integration, and intelligent workflow automation to help users collect, process, and maximise the value of geospatial data.”

Handheld Topcon LiDAR scanner set up over rebar
AI-assisted processing aims to classify features automatically.

Automated feature extraction could prove especially useful on busy construction sites. Rather than interpreting every part of a scan by hand, software could identify terrain, curbs, structures, vegetation and stockpiles. Moreover, accurate GNSS positioning and cloud connectivity then join the picture. The long-term goal is a continuous flow of information between site capture, design, progress monitoring and construction.

No Product Yet, But a Clear Direction for Topcon LiDAR

The agreement does not announce a specific new product, launch date or commercial package at this stage. Instead, it sets out the direction of travel. That means closer integration between positioning hardware, Topcon LiDAR collection, AI-assisted processing and connected data platforms.

Esri held its User Conference at the San Diego Convention Center from July 13 to 17. Announcing there also underlines how closely the construction technology sector now links with the wider GIS and geospatial world.

For plant contractors, survey businesses and infrastructure teams, one test matters. Do the eventual solutions cut the time between capturing a site and deciding what to do about it? If Topcon LiDAR and GVI processing can turn complex point-cloud data into a field-friendly workflow, this becomes a partnership worth watching.

Read more about Topcon positioning and reality capture technology.

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