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The readings from tree motion sensors can continuously indicate the changes in tree fluctuations and help identify any abnormalities in tree movements without the need for on-site inspections. These sensor readings and data will be continuously transmitted via a SIM card (Wireless Data Hub) to the Data Management Platform (the Platform) on the web.

Drones can capture detailed aerial images of tree canopies, enabling precise identification of defects as part of advanced tree assessments.

The LiDAR scanner can perform a complete full-dome scan of a tree, enabling rapid 3D modeling of its structure to deliver precise measurements of tree size, tree parameters and also the corresponding clearance/distance from nearby structures and facilities. This allows for the assessment of changes in tree form by comparing previous and recent scanner results.

Tomographs use sound waves or electrical resistance to create images of the internal structure of a tree. This allows for visualizing areas of decay, cavities, and other structural weaknesses without damaging the tree.

Ground-penetrating radar (GPR) is a geophysical technique that employs radar pulses to facilitate the visualization of the subsurface condition. This non-intrusive surveying method is often used to explore underground utilities such as concrete structures, pipelines and cable ducts etc. Its application was also recently extended to include exploration of the root extent and details.

Combining various treatment techniques, like soil and trunk injections, provides a strong strategy for controlling Phauda flammans infestations. This all-encompassing method enhances treatment efficacy, supporting sustainable pest management practices.

The Resistograph uses a small drill to penetrate the tree trunk, root or branches to measure the resistance encountered. This resistance can be correlated with the density of wood and the presence of any internal decay or cavities.