Satellite plant health monitoring and climate data facilitate remote and large-scale field management for companies. While improving field management processes, it also saves labor and time. This technology creates a competitive advantage for companies and contributes to the agricultural industry's development in a more sustainable and efficient manner.

Parcel, province, and district-level forecasts, sensor, and satellite-based data provide a range of benefits for the banking sector, including better risk management, more effective credit decisions, sustainability-focused investments, climate risk detection, and ESG scoring. The use of these technologies allows banks to better serve their agricultural sector clients and more effectively track climate-based changes in the sector.

Over 30 years of climate data and satellite-based tracking systems play a crucial role in determining the potential impacts of natural disasters such as storms, floods, and droughts. This allows insurance companies to warn their customers of potential risks in advance and inform them about necessary precautions.

Early warning systems help insurance companies reduce damages and increase customer satisfaction. Additionally, timely and accurate intervention prevents the spread of damage, reduces insurance costs, and promotes a more sustainable approach in the industry.

Climate data helps energy companies create energy production plans and allocate their resources efficiently. For renewable energy sources such as hydroelectric, solar, and wind energy, climate data is critical in determining the most efficient regions, monitoring, and reporting changes.

Climate data plays an important role in predicting energy demand. Weather conditions such as heatwaves or cold spells can cause significant fluctuations in energy demand. Climate data helps anticipate these demand changes and plan energy supply accordingly.

Soil carbon credits are an effective way to encourage farmers to preserve soil carbon. These credits reward farmers who adopt practices that improve soil health, such as crop rotation, no-till farming, and cover crops. This provides farmers with new income sources while promoting soil health preservation.

tarla.io aims to make a significant impact by providing a strong foundation for adopting more efficient and sustainable farming practices on farms and enhancing environmental sustainability. tarla.io works specifically on the Measurement, Reporting, and Verification (MRV) aspects of Carbon Farming with a farmer-focused and technology-supported approach.