Railways & Metros UAV technology has the ability to conduct real-time monitoring, video streaming, and drone-based surveillance of crucial railway assets. DATA PKT makes it simpler to survey areas that might be unsafe for human inspectors, such as near live electrical wires or tracks. Drones assist in the creation of 3D models of stations and landscapes for site visualisation, as well as contour maps for areas where new railway lines are proposed in order to create accurate plans.

Mining DATA PKT drone observations lead to more effective mining operations by rendering assistance such as managing inventory, hotspot detection, and stockpile management. Drone aerial images can be used to generate digital terrain models, digital surface models, and 3D terrain models of mining sites. UAVs reduce delays and make it easier to detect the depth and elevation of mining blocks, making highly toxic, difficult-to-reach areas accessible. High-resolution images with data pkt drones make the inspection, mapping, and monitoring of harsh terrain possible.

Water Resources UAV technology aids in the monitoring of rivers and the formation of precise and reliable landscape models for their preservation and restoration. Drones used for dam inspection, irrigation canal management, river route mapping, wetland conservation, as well as other purposes help to safeguard scarce water resources while also allowing for more efficient water use. The use of drones to detect potential risks towards the sustainability of freshwater resources is critical for taking timely action and securing future generations.

Public Safety DATA PKT drones can conduct real-time surveillance of protests and public unrest sites by keeping an eye on the ground situation to detect threats to public safety. UAVs assist in tracking and monitoring the movements of people by conducting aerial surveys in high-risk areas. Drones can fly in all weather conditions, assisting in the saving of lives during disasters and natural hazards such as floods, tsunamis, and earthquakes among others. Drones can assist with the delivery of crucial and essential articles in difficult terrain.

Wildlife Tracking and mapping out the movements of wildlife, especially those of endangered species, using UAVs helps in-situ conservation. DATAPKT can monitor the wildlife ecosystems of critical animals without disrupting their native environment. UAVs aid in the accurate population counting of species and help with aerial imagery capture, both of which are important for the study of important wildlife. By keeping an eye on the forest's health, landscapes, and tree cover, drones also contribute to the sustainable conservation of biodiversity.

Archaeology The sensors used in DATAPKT systems provide an in-depth evaluation of historical sites and aid in the documentation of significant archaeological monuments. Drones aid in the accurate mapping of protected sites, making features and structures easily identifiable. This helps archaeologists in their future research regarding the conservation and preservation of archaeological sites.