In recent years, the rapid development of drone technology has enabled its wide application in military reconnaissance, civilian aerial photography, logistics transportation, etc. However, it has also brought about potential risks such as privacy leakage and airspace security threats. Unauthorized drones invading sensitive areas, disrupting aviation order, and even carrying out malicious attacks occur frequently, making anti-drone technology a key area of research and deployment for various countries. Anti-drone equipment uses detection, identification, interference, interception, etc. to build a low-altitude defense system to cope with increasingly complex drone threats. This article aims to analyze the main types, working principles, and development trends of current anti-drone technologies, discuss their application and challenges in actual combat, and provide references for research in related fields.

Imagine hundreds of drones flying around in the sky. How do they communicate with each other? Without base stations or Wi-Fi, what do they rely on to exchange information? The answer is a cutting-edge technology called "ad hoc networking" - just like a swarm of bees, each drone can automatically find its companions and form an intelligent network without the need for a queen bee to direct them!

MESH networking is a decentralized communication system where each device (node) can connect to multiple other devices, forming a web-like structure. In industrial settings, this means that even if one node fails or a connection is lost, the network can automatically reroute data through other nodes. This self-healing capability ensures higher reliability and fault tolerance compared to traditional point-to-point or star networks.

In modern industrial IoT, emergency response, and mobile surveillance systems, fast and reliable wireless connections are critical. Tuqian Wireless delivers high-performance Wireless Peripheral Communication Systems that combine long-range transmission, ultra-low power operation, and rugged design for harsh environments.

A wireless network refers to any computer network that uses wireless data connections between network nodes. These are typically infrastructure-based, meaning they rely on centralized devices

Self-organizing networks (also known as MESH networks or ad hoc networks) are increasingly used in industrial monitoring, emergency communications, smart cities, and drone swarm systems. As demand grows, so does the number of inquiries from businesses and system integrators looking to procure the right equipment.

Wireless ad hoc networks, as a kind of decentralized and self-organizing multi-hop wireless local area network, have occupied an important position in the field of communication with their unique advantages. Their development process is rich and tortuous, from the initial sprout in the military field, gradually expanding to every corner of civilian use, bringing new vitality and transformation to modern communication.

Analysis of UAV MESH Ad Hoc Network Formation Communication Technology。As unmanned aerial vehicles (UAVs), commonly known as drones, become increasingly central to military, industrial, and civilian operations, the need for robust, reliable, and intelligent communication systems has become more pressing than ever. Among the leading technologies enabling the next generation of drone collaboration is MESH-based self-organizing (ad hoc) networking, particularly in the context of swarm or formation flight.