A more reliable CCTV solution for early bushfire detection
Beyond your imagination
AI
AI
SOARVISION is a versatile solution that goes beyond traditional PTZ camera functionalities. It is both a PTZ camera and an intelligent turntable with the following comprehensive features:
Ultra-long-range optical camera with up to 86X zoom capabilities (860mm lens).
Integrated thermal camera with up to 1280 * 1024 resolution and a lens up to 300mm.(optional)
360 degree high-speed PTZ functionality with precise positional control.
Accurately locate the fire point and provide latitude and longitude coordinates.(Laser target rangefinder is necessary for enhanced precision in positioning when required.)
It can be used independently as an intelligent analysis camera or seamlessly integrated with third-party software platforms.
How does it detect early bushfire?
Multiple data-based fusion and image artificial intelligence algorithms have facilitated the development of a new generation of early fire detection tools.
Built-in image AI algorithms and 5T of computing ability. It can real-time scan the monitoring area and automatically figure signs of fire out, keep on real-time monitoring of fire source and fire situation.
A joint judgement from thermal camera and optical camera at the same time in the same region whether the signs of fire are detected, and linkage of PTZ re-scanning to confirm.
Fog or smoke?
identify as
Alarm Level 2
Send pictures to platform for secondry judgement
identify as
Alarm Level 1
A HD and Ultra-long focal length camera ensures clarity of image acquisition to meet AI image analysis requirements.
Virtual Electronic Fence is available. Video images can be divided into various administrative regions, such as bushes, farmland, villages or towns, etc. The PTZ camera can be pointed in any direction according to the actual situation and the conditions which have been set up.
How does it accurately locate a bushfire?
Calculation Process:
1. In Figure ①, the distance d is obtained through laser ranging, and θ1 is obtained through the gyroscope, from which d1 is calculated.
2. In Figure ②, from the compass, the angle θ2 between the camera and true north can be measured. Combined with d1 obtained in the first figure, the distance x in the east-west direction and the distance y in the north-south direction can be calculated.
3. Convert x and y into longitude and latitude. The longitude and latitude of your own camera is provided by GPS/Beidou. Add the two to get the longitude and latitude coordinates of the target.
Since the gyroscope is installed in our PTZ device, it measures the angle between the device and the ground plane, rather than the angle between the installed pole and the device, so there will be no errors during installation or errors caused by wind blowing the device.
A build-in LTR(Laser Target Rangefinder) is necessary for accurate locating a bushfire.
Distance Measuring system
Azimuth system
Attitude Control system
high-precision sensors + mathematical statistical methods for sampling
What are solutions we recommond for early bushfire detection?
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SO 310 - MW
Micro-weather PTZ Speed Camera
It is an auxiliary devices which helps to collect real-time meteorological data including temperature, humidity, air pressure, precipitation, wind volume and direction in monitoring areas to predict and evaluate the occurrence and level of bush fires, adjust early warning levels in a timely manner, and report early warning information.
Why can we do such a great job?
Our core competencies are HD image processing algorithms and opto-mechanical integration research experience. Over the years, we have gained a lot of experience in the development of industry-specific training in AI. We are always growing with our clients.
Our ultra-high magnification image autofocus technology and image stabilization algorithms keep us at the forefront of long-range and ultra-long-range surveillance cameras.
Our innovative mechanical transmission design achieves the perfect match of speed and accuracy for heavy-duty PTZs.
We are one of the few companies in CCTV industry that have mastered core imaging and opto-mechanical technologies.
What other scenarios can it be used?
There is a wide range of scenarios in various industries wherever there is active safety needs over large and long distances. We can support you and customize what you need.