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Timbeter, an AI-powered digital timber measurement solution provider, has started collaboration with Polish State Forest (PGL LP) to support the forestry operations. A project that is transforming the whole timber industry in Poland is being carried out in Regional Directorates in Piła and Poznań. Source: Timberbiz The initiative aims to integrate Timbeter’s digital measurement solutions into everyday forestry operations. The project’s goals include reducing the workload of foresters, simplifying timber measurement processes, and enhancing objectivity of results. This transition will also provide additional insights for stakeholders, from contractors to timber purchasers, enabling better decision-making and operational efficiency. The first stage of the project, which was until the end of December 2024, focused on the integration and use of Timbeter’s technology across approximately 100 forestry units within 14 districts of Piła and Poznań. This phase involved comprehensive organizational, technical, and formal preparations, ensuring readiness for the full-scale rollout scheduled for 2025. Timbeter licenses were distributed to foresters, technical support teams, and educators, facilitating the measurement of up to 700,000 cubic meters of timber during the pilot phase. Timbeter’s innovative solution utilizes AI and photo-optical technology to measure timber stacks accurately. By seamlessly integrating with the State Forests’ Leśnik+ system, the software ensures data synchronization and minimizes errors. The adoption of this technology is expected to increase measurement efficiency by 10–30% and reduce manual workload, freeing foresters to focus on higher-value tasks. The State Forests have tested photo-optical measurement methods since 2012. Timbeter was selected for its proven compatibility with existing systems and rigorous testing compliance. As a result, Timbeter was selected as a solution that meets the requirements of the Polish State Forest. “We are thrilled to collaborate with Poland’s State Forests on this transformative journey,” said Anna-Greta Tsahkna, CEO at Timbeter. “This partnership highlights our commitment to advancing sustainable and efficient forestry practices.” Timbeter is a provider of digital timber measurement solutions, leveraging innovative technologies to enhance accuracy, efficiency, and sustainability in forestry operations worldwide. The company’s software uses AI, photo-optical analysis and machine learning to measure timber quickly and precisely, offering seamless integration with existing forestry management systems. Timbeter serves a diverse global client base, including state forestry organizations, private timber companies, and NGOs in more than 30 countries.

On 7 January, the new Construction Products Regulation entered into force in Europe. The new Regulation modernises the rules from 2011, makes it easier to sell construction products across the EU Single Market, supports innovative construction techniques and enhances the sector’s competitiveness and sustainability. Source: Timberbiz In particular, the new rules mark an important step in digitalising the construction sector. Digital Product Passports will provide all information on construction products, including the declaration of performance and conformity, safety information and instructions for use. This will also enable to calculate an entire building’s carbon footprint reliably. The new Construction Products Regulation is a gamechanger for the construction sector. It helps builders, architects, engineers, consumers and public authorities to make the right choices based on the performance and sustainability of construction products. The new Regulation will strengthen competitiveness and productivity of the construction sector. It will allow the EU to champion innovative and sustainable techniques including prefabricated or modular elements such as façade systems. Increasing the use of offsite construction methods will reduce costs and accelerate the delivery of much-needed housing, both newly built and renovated. Such technologies can lead to a 10-15% reduction in construction waste during the production and manufacturing phases. Additionally, prefabricated units can be disassembled and reconfigured for repurposing at the end of their life cycle, further enhancing sustainability benefits.