Timbeter’s AI-powered photo-optical measurement tools have enabled accurate measurement of over 250,000 cubic metres of timber so far.

Poland is embracing digital transformation in forestry as Timbeter, a global leader in AI-powered timber measurement, and Polish State Forests (PGL LP) advance to the second stage of a nationwide rollout of photo-optical timber measurement.

Building on a successful pilot phase, the initiative is reshaping how timber resources are measured, verified and managed across the country.

The first phase, launched in 2024, introduced Timbeter’s technology in 14 forest districts under the Piła and Poznań regional directorates, enabling accurate measurement of over 250,000 cubic metres of timber.

The second stage now expands implementation to more than 700 forest units nationwide, representing a major step toward full digitalization of forestry operations.

The core technology combines high-resolution smartphone imaging with AI-powered photo-optical analysis. Images of timber stacks are processed using machine learning algorithms that detect log boundaries, calculate diameters, and automatically determine total volume.

Geolocation tagging ensures every measurement is traceable, while automated data transfer to the Leśnik+ system provides real-time access to results for foresters, contractors, and decision-makers.

Efficiency gains

Field trials and operational reports show substantial efficiency improvements. Manual measurements and paperwork are drastically reduced, while digital logs ensure accurate, auditable, and reproducible results.

Volume calculations, which previously required hours of work, are now completed in minutes, and AI algorithms minimize human error by automatically adjusting for log curvature, stacking density, and irregular shapes. Integration with forest management software supports scalable reporting and enhances resource planning.

The second stage includes a comprehensive national training program to standardize usage and ensure reliable data collection across regions. Key focus areas include calibration of devices, proper image capture techniques, and troubleshooting of AI detection outputs.

High engagement is observed in the Szczecin, Piła, Poznań, Radom, and Katowice regions, reflecting the strong adoption of the technology at scale.

Anna-Greta Tsahkna, CEO of Timbeter, stated, “The expansion confirms the real impact of AI and digital measurement in forestry. Poland’s State Forests are demonstrating how technology can combine operational efficiency with environmental responsibility.”

Sergejs Tarasena, Marketing Manager at Timbeter, added, “Faster operations, transparent reporting, and consistent results show that innovation in forestry is practical, scalable, and fully aligned with sustainable management goals.”

By leveraging AI, machine learning, and photo-optical methods, the project modernizes forestry operations, enhances data accuracy, and provides a foundation for sustainable, transparent timber management across the country – from field operations to policy-level oversight.

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