From

Space

to the Roots

TreeSOS uses multispectral imagery from ESA Sentinel-2 satellites to monitor the health of every single tree. Revisits happen every 5 days... across the entire globe!

The system analyzes two complementary vegetation indices - NDVI (Normalized Difference Vegetation Index) and NDMI (Normalized Difference Moisture Index) - to detect, through AI algorithms trained on over 100,000 trees, anomalies invisible to the human eye.

TreeSOS technology is based on an AI model trained on Sentinel-2 tree time series since 2017: it achieves 99.1% accuracy in classifying critical trees and identifies water stress, root problems, desiccation, parasite attacks and early defoliation.

• Automatic monitoring of all assets every 5 days
• Vegetation data collected by the European Space Agency
• Weather data collected by NASA
• Satellite history since 2017 for every registered tree

Sentinel-2 satellites map the entire globe (poles excluded) on average every 5 days. This translates to near-continuous monitoring, with over 70 annual observations, of every tree anywhere on the planet.

A tireless eye watching over your trees, whether you are a homeowner, a professional, or a public administrator (TreeSOS is integrated with R3GIS GreenSpaces software), alerting you whenever something is wrong. For less than a coffee per month.

• Interactive map with color-coded health status pins
• Automatic email alerts for every critical change
• Share tree data with your trusted arborist
• List of professionals in your area
• Alert history

A tree with low biomechanical stability on a quiet street generates a very different residual risk than the same tree on a high pedestrian and vehicular traffic boulevard. VTA data alone is not enough to defensibly prioritize interventions.

Advanced Inspection Suite - Traffic Risk integrates real-time vehicle flow data with each tree's biomechanical stability value. The result is a weighted metric that allows ordering interventions by real impact on public safety, optimizing budgets and enabling systematic management.

• Integration of multiple data sources on area usage
• Average daily vehicles and pedestrians on annual basis
• Automatic archiving: no more lost analyses
• Analysis history to track changes over time
• Included in Advanced Inspection Suite (AIS) subscription

TreeFEM brings the finite element method (FEM) to applied arboriculture. LiDAR, photogrammetry, automated surveys (Greehill) — no matter your source, TreeFEM will tell you which critical points to check in the field.

The solver calculates maximum stresses at every mesh node for user-defined wind load scenarios, returning the residual safety factor according to the SIA/Wessolly method.

The module natively integrates with pulling test results for rupture modulus calibration and with tomographic data for elasticity modulus, both importable into Advanced Inspection Suite and processable separately — but better together!

• Proprietary FEM processing
• Mechanical properties database for 200+ tree species
• Basic safety factor
• Advanced safety factor from pulling tests and tomography
• GPU acceleration — results in seconds
• Pulling test and tomography integration for model calibration
• Safety Factor heatmap visualization on mesh
• Automatic archiving: no more lost analyses
• Analysis history to track changes over time
• Included in Advanced Inspection Suite (AIS) subscription

A winch applies increasing force to the tree's center of gravity. This force is correlated with canopy area and the species-specific drag coefficient. From this, the equivalent wind speed is derived, and by correlating with inclinometer and strain gauge data, the critical wind speed at which the section fails or the tree uproots can be estimated.

Pulling test data is automatically integrated into FEM calculations: the effective resistant section is reduced in proportion to the detected altered area and the rupture modulus is recalculated, providing unprecedented integration of results.

• Direct PiCUS TreeQinetic (IML™) import
• Safety Factor calculation
• Uprooting curve generation
• Automatic FEM model update with elasticity modulus
• Automatic archiving: no more lost analyses
• Analysis history to track changes over time
• Included in Advanced Inspection Suite (AIS) subscription

Sonic tomography measures the propagation speed of ultrasound across the trunk cross-section. Areas of degraded wood or cavities cause significant signal slowdowns compared to sound wood, producing a two-dimensional map of the internal structure.

Advanced Inspection Suite imports PiCUS Sonic Tomogram (IML™) and ArborSonic3D (Fakopp™) files, maps every pixel and calculates the yield threshold. Then uses the canopy profile to calculate the wind speed needed to break the analyzed section, returning the Safety Factor and the weakest axis.

Tomographic data is automatically integrated into FEM calculations: the effective resistant section is reduced in proportion to the detected decayed area and the elastic modulus is recalculated, providing unprecedented integration of results.

• Direct PiCUS Sonic Tomogram (IML™) and ArborSonic3D (Fakopp™) import
• Safety Factor calculation
• Automatic degraded area calculation
• Identifies the weakest axis
• Automatic FEM model update with reduced section
• Automatic archiving: no more lost analyses
• Analysis history to track changes over time
• Included in Advanced Inspection Suite (AIS) subscription

The resistograph is a micro-invasive investigation tool: a 3mm needle drills into the wood along the trunk diameter, recording mechanical resistance to penetration millimeter by millimeter. The resulting profile is the signature of the wood's internal structure along that single direction.

Degraded zones, cavities, reaction wood and sapwood/heartwood transitions are identifiable in the profile. Advanced Inspection Suite supports native IML Resi PowerDrill® and RINNTECH Resistograph® formats.

Advanced Inspection Suite (AIS) allows loading multiple resistograph profiles on the same section at different angles, enabling immediate comparison of results.

• IML Resi PowerDrill® and RINNTECH Resistograph® profile import
• Degraded wood identification
• Automatic archiving: no more lost analyses
• Analysis history to track changes over time