Infrared thermal imaging technology does not rely on visible light. It is able to provide clear images in complete darkness. The feature makes it excellent for night surveillance, enabling effective monitoring and recording of potential security threats. Additionally, since infrared thermal imaging captures images by detecting infrared radiation emitted by objects, it is highly covert. This characteristic makes it invaluable in situations that require covert surveillance, such as border control and security management of critical facilities. A dual-light monitoring system that combines infrared thermal imaging and visible light supports audio-visual alarm, 24-hour all-weather monitoring and temperature visualization, providing a more comprehensive environmental awareness.
The lower cost and more established infrared thermal imaging technology has found its way in security surveillance from infrastructure monitoring, border security, forest firefighting and other public works to industrial applications of large and medium-size enterprises. Moreover, the future will witness how the technology makes a difference in consumer markets. Infrared temperature measurement applications and infrared thermal image AI algorithm analysis technology, so that the infrared thermal imaging security monitoring market has more application scenarios.
The integration of infrared temperature measurement applications and infrared thermal image AI algorithm analysis enhances the range of use cases for infrared thermal imaging in security surveillance.
Empowered by the demand for thermography and advanced AI algorithm, infrared thermal imaging has greater penetration in security monitoring markets.
Long-distance Detection: Night vision range of several kilometers with a wide field of view.
All-weather Monitoring: Continuous 24/7 surveillance.
Covert Detection: Effective night vision in complete darkness without the need for additional lighting.
Resistance to Interference: Operates normally in harsh environments such as dense smoke, fog, rain, snow, glare, and bright light.
Camouflage Detection: Accurately distinguishes targets based on heat distribution, detecting camouflaged objects in complex environments like forests.
High-resolution Imaging: Clearly captures details in the target area, facilitating the analysis of surveillance systems.
Intelligent Analysis: Utilizes AI algorithms to analyze monitoring data, identifying abnormal situations effectively.
