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Periodic satellite observations provide comprehensive monitoring of vast farmlands, significantly reducing the amount of time and effort required for manual management. Analyzing satellite data supports the understanding of crop growth conditions, targeted pest control, precise fertilizer application, and accurate predictions of harvest quantities and timings, thereby improving operational efficiency.

Satellites can capture wide areas with minimal geographical constraints, making it possible to gather factual information from remote locations, disaster or conflict zones, and other places where human access is restricted, in addition to detecting changes not visible from the ground. This facilitates reporting based on highly reliable and unique information. The provided capturing rights allow users to specify the area and timing without purchasing images beforehand, ensuring efficient and targeted acquisition of only the necessary images.

Fixed-point observation using satellites streamlines the maintenance for infrastructure such as oil and gas facilities, pipelines, dams, power plants, ports, and airports. It also ensures safe monitoring of hazardous areas, such as accident sites and high-risk locations. Additionally, satellite data analysis provides insights into the conditions and changes of targets that are challenging to observe from the ground.

Frequent satellite observations aid in the monitoring of roads, buildings, land, coastlines, as well as map creation, updates, and urban development. Image data screening identifies significant changes, allowing for the efficient pinpointing of areas needing updates or attention within large regions. Combining multiple image datasets also enables the delivery of cloud-free images.

AxelGlobe satellites do more than observe the ground; they leverage advanced attitude control capabilities to capture images of space objects, including space debris, satellites, and the space station. This monitoring helps to keep track of the latest conditions in the space environment, aiding in the prevention of collisions and accidents.

Assessing the status of forests for conservation and forestry typically requires significant time and effort.
However, satellite observation and data analysis of land cover can effectively monitor tree growth and changes in forest size. This helps detect unexpected events like forest fires and illegal logging safely and effectively.

As the global demand for addressing ESG (Environmental, Social, and Corporate Governance) issues grows, the disclosure of non-financial information is becoming increasingly important for companies. Utilizing satellites enables the presentation of environmental protection activities, such as afforestation, with more objective data.

The ability to acquire and utilize unique alternative data, including improving the accuracy of investment, demand, and supply-demand forecasts, is becoming increasingly critical for companies. Analyzing satellite data allows for the rapid understanding of information related to production and logistics, including the global supply chain, thereby enhancing business competitiveness.