The drone industry is rapidly
developing worldwide and has been widely applied in various fields such as
environmental exploration, security inspection, emergency rescue, smart
agriculture, and aerial filming. However, unauthorized drone flights have
become a serious industry problem, with frequent occurrences in recent years.
These violations not only disrupt aviation traffic but also pose safety hazards
to areas such as civil airports, oil and gas fields, urban communities, and can
even threaten normal social order and public safety.
The challenges
Air safety is paramount and
requires additional attention. However, it is undeniable that the airborne
safety of drones still faces many challenges today, and existing surveillance
devices and solutions have significant shortcomings.
- Detection efficiency: The current manual inspection method for surveillance drone flights is inefficient and time-consuming. It is challenging to cover a large number of drones in real-time using human inspectors, leading to potential delays in identifying malfunctions or abnormalities.
- Accuracy of detection: Sensor technology, while useful in obtaining real-time data about drones, may not always provide accurate detection of hidden malfunctions or abnormalities. Without effective surveillance and detection methods in place, unauthorized drone flights can result in property damage, injuries, and even fatalities.
- Scalability issues: As the use of drones continues to grow across various industries, the scalability of surveillance and detecting drone flights becomes a challenge. Existing methods may struggle to keep up with the increasing demand for efficient and reliable drone surveillance solutions.
InfiRay UAV surveillance solution
In order to regulate the
development of the drone industry, InfiRay has responded to government
requirements and has begun using thermal imaging technology to effectively
detect airborne drones. Using its infrared panoramic radar series products,
InfiRay can exclude the interference of target volume, detection distance, and
complex electromagnetic environments. By combining visible light, it can
achieve precise and effective detection of targets through search,
identification, and tracking.
Solution highlights
Low-altitude
360° panoramic scanning capability
Unlike
traditional radars that only provide target coordinate information, the
infrared panoramic radar can present a real-time 360° panoramic view, greatly
enhancing dynamic perception capabilities.
UFS detection algorithm
The UFS
detection algorithm is used to detect small targets such as birds and
drones in low-altitude scenarios. Based on motion detection and airborne
scene optimization algorithms, it can filter false alarms triggered by
birds and visually display the moving trajectories of targets through
thermal imaging.
Intelligent
visible light linkage
The
infrared panoramic radar linked with visible light is used to observe target
details. It actively detects and tracks unauthorized UAVs that may cause
adverse effects and takes timely measures to stop infringements caused by
unauthorized drone flights.
Conclusion
With
the rapid development of the drone industry, addressing the issue of
unauthorized drone flights has become a top priority!
Infrared imaging technology
plays a crucial role in drone detection, and InfiRay's infrared panoramic radar
solution provides an efficient and accurate solution for the industry. This
solution, through 360° panoramic scanning and thermal imaging technology, can
real-time detect and visualize the movement trajectory of drones, effectively
addressing the issue of unauthorized drone flights and safeguarding the healthy
development of the drone industry.