For areas with minimal lighting, outdoor thermal security cameras are ideal as they do not require lighting. Thermal cameras can be a good addition to your daytime security cameras surveillance system. The latter can capture images well during the day but the quality of the images at night is diminished without appropriate lighting. But, thermal cameras perform a tomography scan and see thorough darkness or sun glare.
With thermal imaging, it becomes possible to see threats that are otherwise not visible to the naked eye. Also, thermal imaging can complement and complete any CCTV security system. Homeowners should invest in thermal cameras to monitor difficult outdoor areas, further improving a camera system’s capabilities. An outdoor thermal security camera offers clear video in daylight, darkness, and bad weather. The video will not be impacted by shadows and backlight. It makes it possible to tell the difference between humans, vehicles, and animals. With the use of an outdoor thermal security camera, homeowners can detect threats uniquely using heat signatures.
Better Perimeter Surveillance at Night
Perimeter surveillance is challenging for standard security cameras due to the lighting required and the huge amount of area to be monitored. The use of thermal imaging, together with video analytics make it possible to cover a big perimeter easily. Temperature monitoring cameras can see through bushes, shrubs, grass, and trees. If an intruder hides behind bushes, the camera will see and alert homeowners or the monitoring station. For perimeter surveillance, thermal images offer greater scene detail and enhance threat detection. It does not require light and can detect intruders regardless of where they hide.
Improved Analytics Performance
With standard security cameras, false positives can be delivered if they are used at night because of weather, animals, car headlights, and other things that can interfere with the image. But, thermal imaging offers more dependable feedback with fewer false alarms.
Longer Detection Range and Wider Fields of View
Thermal cameras improve overall coverage without compromising range. With a wider field of view, users use lower cameras and can cover more ground. With lower detection range, they can see smaller details from farther away, making them ideal for applications that have long perimeters. Typically, cameras that offer a wider field of view are used for solar farms, electrical substations, construction sites, shopping centers, and car dealerships. A wider field of view translates to lower security system installation costs and longer detection range.