A common problem with a variety of different drones on the market is that they have exposed blades and propellers that can put those around them in danger of being injured, but the 'Fleye' Flying Drone Robot is designed to make this a nonissue.
Instead of having open source propellers, the 'Fleye' Flying Drone Robot keeps everything away from the exterior to make it safe to interact with. Facial recognition software is built-in to the 'Fleye' Flying Drone Robot, which allows it to avoid people who might unexpectedly enter its flight path.
Able to be controlled via a smartphone, the 'Fleye' Flying Drone Robot features open source programming and has the ability to fly autonomously, if desired.
Shielded Propeller Drones
The 'Fleye' Flying Drone Robot Features Facial Recognition Software
Trend Themes
1. Safety-first Drones - Opportunity for innovators to develop drones with enclosed propellers to prioritize safety during flight.
2. Facial Recognition Drones - Potential for drone makers to incorporate facial recognition technology for enhanced flight path avoidance.
3. Smartphone-controlled Drones - Opportunity for drone manufacturers to create smartphone-compatible drones with open source programming for user convenience.
Industry Implications
1. Drone Manufacturing - Disruptive innovation potential in the drone manufacturing industry by focusing on propeller safety and facial recognition technology.
2. Technology and Software - Opportunity for companies in the technology and software industry to develop advanced facial recognition software for drone applications.
3. Consumer Electronics - Innovators in the consumer electronics industry can capitalize on the trend of smartphone-controlled drones with open source programming.