In 2018, drones will achieve powerful new features. The combination of ultra-high performance cameras with the upgraded Global Navigation Satellite System (GNSS) will increase the sensitivity of drone navigation and far exceed current drone model levels. The battery equipped with the new drone has ultra-high-speed charging capability and long-lasting battery life, which means that the drone mileage will be greatly increased and the performance will be more flexible in 2018. Therefore, it is expected that more and more industries will put drones into their operations this year. The following three areas should pay special attention to: UAVs can provide a broader view of data collection, thus greatly promoting the development of various fields such as meteorology, transportation, and even disaster prediction. A group of drones can collect and analyze real-time traffic conditions, and the accumulated data can be used to help alleviate traffic congestion. Moreover, unlike highway cameras, drones have the flexibility to view from multiple angles and quickly send results to flash points, making them ideal for road condition monitoring. After natural disasters such as hurricanes and wildfires in 2017, people used drones to count losses, and these numbers are critical to saving more lives in 2018. Several companies have begun to use drones to collect and analyze data in these areas. Kespry has established an air intelligence platform that combines with cloud storage to streamline insurance claims procedures and help analysts better understand the scope of disasters. CyPhy specializes in the production of high-endurance bolt-on drones with safe payload data, providing emergency personnel with important information and real-time processes; these drones are designed for customers in the defense, public safety and commercial sectors. Flyability has created an inspection drone Elios for exploring indoor confined spaces that can be used in bridges, mines, etc. to improve its safety. The data collected by the drone will also contribute to the development of the drone industry itself. With the gradual accumulation of drone power data, “smart drones†will be better at automatically identifying dangers during the navigation process, then internal communication to negotiate safe flight routes, automatically adjust real-time routes based on current conditions, and even in data. If the current line risk is too large, you can completely abandon the task. One day, artificially controlled drones may even make the UAV air traffic control system currently being developed by NASA a thing of the past. Of course, the development of drones is also worrying - fear that drones will be used by "big brothers" to monitor us from the sky. Consumers often buy at the expense of privacy, but regulators should pay attention to these issues as they develop their development routes for drones in the coming year. Second, in 2018, several companies will compete to launch flying cars or drones, also known as AAV (automatic pilot aircraft). This concept first appeared on concept prototypes of major manufacturers such as Ehang, who positioned environmental drones as personal autonomous vehicles. The company has received more than $50 million in financing. Another competitor is the German company Volocopter, which aims to help cities solve the growing problem of population mobility. Volocopter is a two-seat drone with 18 rotors, which received a $30 million investment from Daimler and was once thought to lead a revolutionary revolution in the aerospace industry in Dubai, and related tests are starting. Even Uber introduced Uber Elevate to ease road congestion. Uber Elevate is a vertical takeoff and landing (VTOL) aircraft, which is “fast urban air travel on demand†– the company said it will be fully operational by 2020. Uber is working on a drone project with aviation giant Boeing Aurora, Bell Helicopter and even NASA. If the future sky is full of driverless taxis, it may not be a good thing for today's professional drivers (or birds). Despite this, unmanned taxis will provide great convenience. They are clean, safe, and able to relieve traffic pressures – and even one day they will completely abolish roads – and as the number of lanes increases, it will increase our daily travel times exponentially. Third, with the rise of autonomous, multi-sensor drones, home security cameras may soon become history. When noise or suspicious movements are detected, these drones will automatically start and fly in or around the building until the threat is detected and eliminated – and the homeowner can observe outside the safe distance. UAVs have been used for monitoring large industrial facilities, but drone-based home monitoring systems may break through in 2018. The Palo Alto-based Sun Flower Lab is working on a home-aware system that combines no-motion sensors with drones without leaving any dead ends. These sensors communicate with a camera-equipped quadcopter to alert and perform real-time tracking of the activity being performed. Similarly, with the widespread use of home monitoring, privacy and cybersecurity issues will become more prominent, and homeowners will have to make tough choices on privacy and security issues. In 2018, technologies such as artificial intelligence, computer vision, and energy storage will continue to grow exponentially. Therefore, the innovations that have emerged this year will be very interesting and worth looking forward to. 80 Plus Gold Boluo Xurong Electronics Co., Ltd. , https://www.greenleaf-pc.com