Drone Software Market Size, Share, Growth Analysis, By Architecture(Open Source, Closed Source), By Offering(App-based software, Desktop-based software), By Application(Analytics, Image Processing, Control & Data Capture), By Platform(Defence & Government, Commercial, Consumer), By Region - Industry Forecast 2024-2031

Drone Software Market Driver

• The increasing incorporation of artificial intelligence (AI) in drone software is expected to drive the market during the forecast period
• Drone manufacturers can now collect and utilise visual and environmental data by using data from sensors mounted to the drone. This data increases accessibility and facilitates operation by enabling autonomous or aided flight. Drones are now commercially available to businesses and individuals as a part of smart mobility services. Drones powered by AI mostly rely on computer vision. Drones can now detect items while in the air and analyse and record data on the ground thanks to this technology. High-performance, onboard image processing using a neural network is how computer vision functions. Machine learning methods are implemented using layered architectures known as neural networks. Drones can recognise, classify, and track objects thanks to neural networks. Companies using AI in drones are Neural, Scale, Skycatch, Applied Aeronautics, and Aerovironment.

• Technological improvements in drone technology, such as photogrammetric software technology, spur the market
• The software for UAVs is anticipated to be significantly impacted by technological advancements in the software and analytics fields. Unmanned aerial vehicles have become a popular tool and delivery system for this crucial mission. In many places, military drone technology is becoming a cutting-edge real-time data supplier. Numerous studies on drone software and aerial imaging innovation have led to the development of real-time three-dimensional geospatial images. Major corporations are making significant investments in the creation of advanced photogrammetric software that determines precise position from surface points and measurements from pictures. The system also has virtual processing elements that extract data in the form of photographs and instantly produce three-dimensional images. Future generations of aerial vehicles are predicted to benefit from this breakthrough. This is one of the market-driving growth factors for the foreseeable future.

Drone Software Market Restraint

• Stringent government regulations and a lack of air traffic management

Flight operations with unmanned aerial systems (UAS) involve high-risk air travel, particularly when flying beyond the line of sight. Their long-distance activities raise the risk of mishaps, property damage, and financial losses for businesses. Due to a lack of air traffic management, as well as safety and security concerns, numerous countries have severe limitations on the deployment of UAVs close to airports, international borders, government buildings, no-fly zones, and temporary flying restrictions areas. For instance, one of the biggest issues facing the nation's aviation industry, according to the Air Traffic Control Association (ATCA) of the US, is the deployment of drones in civil airspace. Except for some companies that have secured permits, drones are currently not permitted to operate in civil airspace to conduct tests and carry out demonstration flights.

• The increasing use of drones is a concern for cyber security

A growing global security concern is the unauthorised use of drones. Cybercriminals and other activists are embracing drone technology and developing more sophisticated ways to commit crimes and impose psychological tyranny. Drones are being more frequently used for hostile reconnaissance. Additionally, these drones might be modified to carry IEDs. In particular, devices that are susceptible to wireless protocols like Bluetooth may be affected by the use of drones equipped with special hardware and software to implant harmful malware on systems or disrupt system operations.

Cybercriminals may park drones on top of a building or another concealed location to carry out digital disturbances. These locations may be enclosed regions that are typically out of reach of foot and vehicle traffic, as is the case with many defence area establishments. Traditional safety measures, such as biometric security frameworks and all forms of insurance, are ineffective against drone-based network attacks.