I. Network Deception Technology: Simulating Control Signals for
Drone Takeover
This system employs advanced network deception and channel
simulation technology to realistically simulate remote controller
or ground control station signals, enabling network deception and
intrusion control of target drones. By precisely replicating
communication protocols, frequency modulation methods, and
encryption modes, the system can gradually take over drone flight
permissions without triggering alarms. Whether it's a commercial
drone, an aerial photography drone, or a positioning-enhanced
industrial drone, this system can use protocol simulation, GPS
deception, and telemetry data countermeasures to force a return to
home, make an emergency landing, or hover, ensuring area security
is not threatened.
II. Product Specifications (10 rows, 2 columns)
| Parameters | Content |
|---|
| Model | Anti-Drone Deception and Defense System |
|---|
| Deception Signal System | GPS/BDS/GLONASS/Galileo |
|---|
| Deception Distance | 1-3KM |
|---|
| Operating Frequency Range | 300 MHz–6 GHz |
|---|
| Deployment Form | Fixed |
|---|
| Response Speed | Millisecond-level signal injection |
|---|
| Operating Mode | Fully automatic/remote manual control |
|---|
| Product Dimensions | 450*450X*850mm |
|---|
| Product Weight | 15KG |
|---|
| Operating Environment | -30℃ to +55℃, all-weather operation |
|---|
III. Modular Structure Design: Flexible Adaptation to Different
Scenarios
The system adopts a modular architecture design, allowing for rapid
adjustment of deployment methods according to application
requirements. Users can choose fixed site installation,
vehicle-mounted deployment, or portable mobile construction
solutions to achieve multi-dimensional protection capabilities from
area defense to tactical emergency response. The modular design
supports extended frequency bands, signal protocols, detection
ranges, and control logic, enabling the system to have long-term
upgradeability to adapt to future changes in drone communication
and navigation technologies.
IV. Military and High-Risk Area Applications: Intrusion Early
Warning and Precision Jamming
This system is particularly suitable for sensitive areas such as
military bases, border outposts, artillery testing areas, airport
no-fly zones, and critical energy facilities. Through real-time
spectrum analysis and intelligent identification algorithms, the
system can instantly detect drones entering its threat radius and
execute targeted deception or jamming operations, effectively
blocking reconnaissance, intelligence gathering, or potential
attack activities.
V. Portable Deployment Capability: Rapid Response to Mobile
Missions
The portable version features a lightweight design, allowing for
deployment by a single soldier within minutes. It supports on-site
disassembly and assembly, mobile switching, and emergency combat
scenarios, making it particularly suitable for temporary security
checks, field missions, convoy escorts, and tactical patrols,
enabling mobile drone countermeasures and ensuring the safety of
critical mission execution.
