In 2017, drones were often referred to as "black materials" due to the numerous incidents of unauthorized flights. From the start of the year to mid-year, stories about "unlawful flights" kept emerging. Fortunately, local governments began to implement regulations and oversight, leading to a gradual decline in such incidents during the second half of the year. Despite ongoing concerns and discussions, the drone industry continued to grow, with its development becoming more mature and the market expanding steadily. According to the "Guiding Opinions on Promoting and Regulating the Development of Civil UAV Manufacturing Industry," the civil drone sector is expected to grow rapidly, reaching an output value of 60 billion yuan by 2020, with an average annual growth rate exceeding 40%.
Drones have become a powerful tool for collecting big data. In today's digital age, land is no longer the only valuable resource people compete for—data has taken its place as a precious asset that many are striving to access. Drones offer a unique advantage in gathering this information efficiently and effectively.
The main advantages of drones can be summarized into two key points: economic efficiency and data quality. Previously, aerial photography required expensive aircraft, which could cost a day’s fee. Now, a drone can accomplish the same task at a fraction of the cost. Additionally, the data collected from low-altitude rotor-based aerial photography is significantly more accurate and detailed than traditional methods.
UAVs provide a broad perspective for big data collection, contributing large volumes of diverse data to areas like weather monitoring, traffic control, and disaster prediction. Unlike fixed surveillance cameras, drones can move freely, capture images from multiple angles, and quickly transmit data to analysis centers, making them ideal for road monitoring and other real-time applications.
As we enter an era dominated by big data, UAV technology is undergoing significant transformation. According to DroneDeploy, one of the world's largest drone data platforms, drones are set to become mainstream in 2018, with their functions and applications experiencing historic changes. With the advancement of technologies like big data, cloud computing, and the Internet of Things, drone technology is evolving rapidly.
Today, industries demand higher levels of data analysis and processing, which poses greater challenges for the efficiency and accuracy of drone data collection systems. The value of drones is no longer limited to just flying and taking photos. The key now lies in integrating data, fusion techniques, and practical applications.
Currently, leading UAV big data solution providers offer comprehensive systems tailored for various industries. These solutions include flight parameter data, some of which hold direct economic value. Most of the data requires deep analysis and utilization through big data technologies.
For instance, Kespry offers an air intelligence platform that integrates cloud storage, simplifying insurance claims and helping analysts better assess the extent of disasters. CyPhy specializes in durable hover drones that provide real-time video data, serving customers in defense, public safety, and commercial sectors. Flyability introduced the first collision-resistant drone, Elios, designed for indoor and confined space exploration, aiding in infrastructure inspection and mine safety improvements.
In conclusion, with the increasing demand for big data applications in smart cities, intelligent transportation, weather monitoring, emergency response, and environmental protection, civilian drones are finding more uses. Based on high-resolution, high-precision, and efficient modular drone systems, drones are becoming more integrated into daily life, driving profound changes in how people live and work.
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