After typhoons, the LeafIoT team sometimes needed to show clients how an urban tree had tilted. Their existing platform was built around a 2D view, and that raised a practical question: how could they present the tree’s condition in a clearer, more three-dimensional way?

LeafIoT Technology Limited is a Hong Kong environmental technology company focused on urban tree management. Its team helps clients build 3D records of urban trees and uses sensors to monitor changes such as tree tilt, supporting work for property management companies, universities, and research institutions. 

 “Our team mainly helps clients build 3D archives of urban trees.” 

When visual inspection leaves part of the picture behind 

LeafIoT works with the kind of tree assessment that arborists already know well: looking at the tree, taking preliminary measurements, and applying professional judgment. The company did not describe those practices as obsolete. Its challenge was the level of detail available when a condition needed to be recorded and communicated. 

“In the past, arborists mainly relied on visual inspection or basic preliminary measurements. Relatively speaking, the accuracy was not that precise.” 

For LeafIoT, the need was especially practical after severe weather. A 2D record could show information, but it could not give clients the same spatial view of a tree’s form and position. That gap helped shape the company’s move toward 3D capture. 

Hear directly from LeafIoT’s team as they explain the challenge, the move from 2D presentation to 3D capture, and the changes it has seen in its own workflow.

 
 

Turning a tree into a record that can be revisited 

LeafIoT introduced FJD Trion 3D scanning into its workflow so the team could capture the physical form of a tree and its surroundings in three dimensions. They mainly report using theFJD Trion P2 and S2 LiDARscanners. The result is a digital record that can be reviewed after the field visit and used alongside LeafIoT’s sensor-based monitoring. 

“Through FJDynamics’ easy-to-use and precise 3D scanner, together with the backend platform, including AI and different analysis functions, we can extract data from a large area of forest in an efficient and simple way.” 

For an urban tree management team, the important shift is not simply creating a 3D model. It is having another way to document a tree, analyze what was captured, and communicate its condition to the people responsible for managing it. 

Reducing the work behind tree modeling and analysis 

The clearest proof in LeafIoT’s account is the change in the work required after a scan. Previously, the team said that modeling or analyzing a single tree after 3D capture could take two to three hours.

“In the past, after completing a 3D scan, it might take us two to three hours to complete the modeling or analysis process for a single tree.” 

LeafIoT also reported a substantial labor-cost reduction in the workflow it described. 

“This not only helps us, but also helps our clients reduce labor costs by more than 80%.”

The company says theFJD Trion Model softwarenow helps it reach relevant results more efficiently and with greater precision. That matters when a digital tree record needs to become something useful rather than simply another dataset to process. 

Giving urban tree managers a clearer view 

LeafIoT’s broader work combines 3D tree records with sensors that monitor tree condition. Together, those tools support a more detailed view of urban trees over time and give the company more information to bring into conversations with clients. 

“Through sensors, we monitor the condition of trees, including tilting and potential collapse, in order to safeguard environmental safety.” 

The company serves property management companies, universities, and research institutions, so the final record has to work for people with different responsibilities and levels of technical knowledge. 

“One thing that really surprised us was the precision of the equipment, as well as the completeness of its ecosystem.”

 For LeafIoT, that combination supports the central goal behind the workflow: making urban tree conditions easier to record, examine, and explain.

Explore a 3D workflow for tree and vegetation management 

LeafIoT expects the technology to continue moving into new project settings as its work develops.

 “Looking ahead, we hope this technology will not only be applied in our own projects but also expanded into different areas.” 

If your team is exploring a similar approach to urban tree monitoring, digital tree records, or vegetation assessment, explore FJD Trion’s Tree & Vegetation Management solution.

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