FAQs
Drone swarming is a coordinated operation where multiple drones work together autonomously, using AI and communication systems to complete tasks as a unified group. Inspired by natural swarms, such as birds or insects, these drones can adapt dynamically to changing environments. This technology is used in military operations, search-and-rescue missions, and entertainment displays.
An ordinary drone swarm network relies on a
decentralized or centralized communication system to coordinate drones.
In a centralized setup,
a main controller (such as a ground station or a lead drone) sends commands to all drones. In a
decentralized system, drones communicate directly with each other using mesh networks, allowing
for adaptive and resilient coordination.
The network typically uses wireless protocols like
Wi-Fi, radio frequency (RF), or 5G to share real-time data on position, speed, and objectives,
enabling synchronized movement and task execution.
In a world increasingly dominated by drone technology, its development has advanced at an exponential pace. However, economic constraints remain a challenge, particularly in the application of swarms. Our goal is to develop a simple, efficient, and cost-effective technology capable of addressing the communication challenges within drone swarms.
You can learn more about our project by visiting our
website's blog, where we regularly post news, updates, and photos about our work. There, you'll
find detailed information on our latest initiatives and achievements. Check it out to stay up to
date!
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