Products

DroneGuard V3 is a dual‑channel drone detection terminal for low‑altitude security scenarios. Operating with parallel acoustic fingerprint recognition and Remote ID broadcast parsing, it identifies and alerts consumer‑grade and industrial‑grade drones in real‑time, leaving traceable digital evidence for every flight.

WiFi Code‑Sniffing and Locator, Wireless LAN Auxiliary Detection System for Classified Premises are portable security‑inspection devices. Designed for classified meeting rooms, secure computer rooms and confidential office areas, they detect, identify and locate unauthorized WiFi hotspots, mobile personal hotspots, WiFi‑enabled pinhole cameras and wireless terminals within premises, so as to prevent information leakage risks arising from unauthorized wireless LAN deployment in classified sites.

2-in-1 design, no need to purchase a separate flight controller Plug & Play · Replacement for Standard BF FC It's out-of-the-box ready with a zero-hassle installation easy to use, no additional training Integrated AI Vision Tracking Engine locking and tracking Full compatibility with all common（CVBS) analog VTX Highly Integrated & Lightweight Design Features a single-board design that is ultra-lightweight and has low power consumption Exceptional Cost-Effectiveness

This lightweight dual-mode Wi-Fi & BLE search terminal works fully offline for post-quake rescue amid power and communication blackouts. It locates survivors by capturing signals from civilians’ mobile phones and wearables without relying on vital signs, boasting strong rubble penetration, wide-range scanning and sub-meter precise positioning. Mountable on handheld devices, drones and transport vehicles, it supports full-area screening, trapped personnel 3D localization, rescue team tracking and resettlement crowd management within the critical 72-hour golden rescue window.  

The handheld drone detection device features robust functionality and broad  applicability.  It  is  primarily  designed  for  detecting  drones  such  as traverse  drones,  DIY  drones,  and  drones  from  brands  including  DJI  and Drotus, while also being compatible with various drones compliant with the standards GB42590-2023, ASD-STAN-PR EN 4709-002, and ASTM F3411.

This system integrates radar detection, electro-optical locking, tracking, and high-energy laser strike functions (referred to as the "Trinity Linked System" for short). It serves as core equipment in scenarios such as modern precise positioning, close-in air defense against drones, and protection of key units. Through a collaborative working mode—featuring long-range radar search and early warning, accurate detection, locking and tracking by electro-optical equipment, and efficient strike and destruction by lasers—it realizes a fully automated closed loop of the "detection - inspection - locking - strike" process. The system boasts prominent advantages including fast response speed, high strike accuracy, strong anti-interference capability, and low strike cost.

This system integrates radar detection, electro-optical locking, tracking, and high-energy laser strike functions (referred to as the "Trinity Linked System" for short). It serves as core equipment in scenarios such as modern precise positioning, close-in air defense against drones, and protection of key units. Through a collaborative working mode—featuring long-range radar search and early warning, accurate detection, locking and tracking by electro-optical equipment, and efficient strike and destruction by lasers—it realizes a fully automated closed loop of the "detection - inspection - locking - strike" process. The system boasts prominent advantages including fast response speed, high strike accuracy, strong anti-interference capability, and low strike cost.

This system integrates radar detection, electro-optical locking, tracking, and high-energy laser strike functions (referred to as the "Trinity Linked System" for short). It serves as core equipment in scenarios such as modern precise positioning, close-in air defense against drones, and protection of key units. Through a collaborative working mode—featuring long-range radar search and early warning, accurate detection, locking and tracking by electro-optical equipment, and efficient strike and destruction by lasers—it realizes a fully automated closed loop of the "detection - inspection - locking - strike" process. The system boasts prominent advantages including fast response speed, high strike accuracy, strong anti-interference capability, and low strike cost.

This system integrates radar detection, electro-optical locking, tracking, and high-energy laser strike functions (referred to as the "Trinity Linked System" for short). It serves as core equipment in scenarios such as modern precise positioning, close-in air defense against drones, and protection of key units. Through a collaborative working mode—featuring long-range radar search and early warning, accurate detection, locking and tracking by electro-optical equipment, and efficient strike and destruction by lasers—it realizes a fully automated closed loop of the "detection - inspection - locking - strike" process. The system boasts prominent advantages including fast response speed, high strike accuracy, strong anti-interference capability, and low strike cost.