Drones, or UAVs (Unmanned Aerial Vehicles), can offer an optimal solution to the limitations encountered by other surveillance methods. Drone surveillance offers a simpler, faster, and more cost-effective means of gathering data. Moreover, it boasts several other notable advantages. Drones can access narrow and confined spaces, generate minimal noise, and come equipped with night-vision cameras and thermal sensors. As a result, they capture imagery imperceptible to the human eye.

UAVs (Unmanned Aerial Vehicles) can rapidly cover extensive and challenging-to-reach areas, thereby reducing the need for extensive staffing and lowering costs. Additionally, they require relatively little space for their operators.

Maintenance and inspection services often face the challenge of covering vast areas occupied by various structures. These structures need detailed inspections for proper maintenance, yet conducting physical examinations of each component is time-consuming and incurs expenses.

One of the most efficient solutions lies in the utilisation of drones for inspections. Unmanned aerial vehicles (UAVs) come equipped with an array of cameras suitable for both day and night assessments, in addition to specialised sensors like thermographic devices and sniffers. Furthermore, these drones can be programmed to follow predefined flight routes at regular intervals. Drones offer the added advantage of inspecting larger areas in diverse and more efficient ways, reducing the time and costs involved. Consequently, this approach allows for increased frequency in routine inspections, quicker detection of issues, and ultimately results in fewer adverse consequences.

The tracking of objects plays a pivotal role in security and surveillance endeavors. Thanks to the progress in low-altitude fixed-wing VTOL and Multirotor drone technologies, which possess the capability to hover around Regions of Interest (ROIs) or Points of Interest (POIs), the mobile identification and tracking of airborne objects has now become a practical reality.