When relying solely on CCTV or security personnel, surveillance coverage may be limited. Especially in large areas, it can be difficult to effectively monitor hard-to-reach areas. During nighttime patrols, it becomes challenging to accurately detect objects or activities within the field of view, resulting in delayed responses to crime or safety issues.

By using thermal cameras, drones can detect fires or crimes from afar. This helps overcome blind spots of CCTV and accurately identifies crime scenes or fire locations.

In precision agriculture, using vegetation indices (such as NDVI) with drones allows for monitoring the health of crops and early detection of diseases. This enables proactive measures to be taken, ultimately maintaining or increasing crop yields and increasing farm income.

To generate vegetation indices, multispectral sensors and infrared cameras are utilized. Multispectral sensors detect light of various wavelengths, which is useful for assessing the health of plants. Processed data is used to create maps and visually identify differences in vegetation indices across different regions. The results are interpreted to evaluate crop health, growth patterns, etc., and necessary actions are taken accordingly.

DFR plays a vital role in surveillance operations and emergency services by providing high flexibility and efficiency in emergency situations.
Equipped with various sensors and cameras, it can collect diverse information from the air. The collected data supports swift and effective responses in emergency situations, minimizing casualties and property damage.

Using speakers and searchlights mounted on drones, on-site control is possible before emergency vehicles arrive. Utilizing cameras such as thermal imaging and multispectral before the on-site response team arrives enables rapid assessment of the situation and supports planning in challenging disaster environments.