Drones are still very new technology, and regulating them is a huge challenge for airspace monitors, so the ApolloShield system is offering a way for consumers to take the matter into their own hands. The system is a drone detector that not only keeps tabs on whether or not drones are over a specified airspace, but actively takes control of the drones and forces them to "go home" and land safely.
The ApolloShield system is multifaceted, detecting drones through a series of conjunctive technologies that include cameras, audio sensors, radio sensors, and more, ensuring that no drones will escape detection. The system then uses its proprietary software to override the commands of the drone's original operator, sending a "go home" command that guides the drone back to an approximation of where it was receiving its remote signal.
Drone-Deactivating Devices
The 'ApolloShield' System Forces Trespassing Drones to Land Safely
Trend Themes
1. Drone Detection Systems - Companies can innovate with systems that detect, track and capture rogue drones invading restricted airspace.
2. Drone Takeover Technology - There's an opportunity to advance the technology of drone takeover to ensure swift take down of rogue drones.
3. Drone Safety Measures - Companies can focus on developing safety measures that can protect citizens from accidents or drone-related attacks.
Industry Implications
1. Aviation Industry - The aviation industry can focus on ways to improve their security and safety measures from drones, especially in areas with high security risks.
2. Security Industry - The security industry can develop technologies and systems to detect, track and remove drone threats in high-risk areas such as airports, power plants or military bases.
3. Consumer Electronics Industry - Companies in the consumer electronic industry can develop affordable and easy-to-use drone detection systems for home and small business use to protect privacy and safety.