The advanced growth in UAV technology and huge investments provided for their developments have contributed to their popularity in every sector such as security, agriculture, photography, environment, transport and among other areas, furthermore, their accessibility in the market for commercial and personal uses have to lead them to be almost everywhere, today‚Äôs drones are efficient, reliable, fitted with high-quality cameras and chips that act as its brain, this has made them efficient and dependable and can be controlled remotely while they are miles and miles away in the air, it is these abilities that have made drone to be a security concern because some have been caught in most sensitive areas hence raising an issue in many countries about their regulations and permit to the users. Sometimes the laws and regulations are unable to fully control the uses of drones especially when they are in the wrong hands, this, therefore, calls for countermeasures to protect sensitive areas, such countermeasure to curtail drones aerial trespasses is anti-drone technology that can detect either the audio or radio frequency of a wanted drone.  Keep reading this article to learn more about drones and anti-drones technology offered at The RATT.

 The drones are made efficient and effective for their operation by making the light and durable, the features of drones are achieved by ingeniously combining composite materials that are light and strong hence making them to hence the maneuverability they require to perform their job and stability to cruise at high altitude, additionally, drones are fitted with infrared cameras, lasers and GPS which enable them to send back the information to the ground, they are controlled on a remote place which is known as ground control systems or ground cockpit.

 Besides strong and light composite materials that make drones, the engineers make sure the material used at to make the pole camera  also absorbs the vibration of the drone significantly that you can hardly hear the sound of the drone on the flight, addition drown sensors and navigation systems are fitted at the nose to increase its efficiency in send and receiving commands signals from the ground cockpit, where the rest of drone body comprises electronics that it needs to perform optimally.

 Some drones because of their difficulty to detect nature have to lead them snuck in highly sensitive areas which become a security issue, as a result, anti-drone technology has been designed and is used to hunt such unwanted drones.  The anti-drone technology hunt drones using a variety of ways, namely audio detection which detect the audio drones produces because the sounds of drones are quite specific, detecting drone radio frequency which drone uses to communicate, use of jammers that block RF the drones may be using, geofencing a technique that combines GPS network and local radio frequency identification to protect areas such as airport, thermal detection that can assist in detecting the drone operator in a remote area, as well as the use of radar although this is not effective to small and low flying drones it can be effective for large high altitude cruising drones.  There is a lot more about drones and anti-drone technology but there is a summary we have. Discover more about surveillance at https://www.dictionary.com/browse/surveillance.
 How They Work Drown and Counter Drown Technology 

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