ProHawk is an adaptive, real-time, video enhancement and analysis technology that provides clarity for enhanced decision making. ProHawk utilizes powerful processors and sophisticated software algorithms to enhance video images captured under challenging conditions in real-time.
ProHawk is versatile, plug & play and easy to control. ProHawk is able to offer real-time video image enhancement to a host of different applications including:
Security & Surveillance
The ProHawk solutions enhance many types of imagery including conventional video, infrared, thermal and even medical images. Support for various video cameras from SD to FHD resolution is available via a SDI connection. (Infrared camera and high or wide dynamic range camera are also supported.)
ProHawk is simple to operate with automatic calibration and operation. The level of detail enhancement and color enhancement can also be changed easily by the operator requiring minimal training.
Plug & Play
ProHawk solutions are plug and play, meaning they can be quickly and simply integrated into existing camera and imaging systems. No need to set any parameters. Just connect the equipment between the camera and monitor/recorder.
ProHawk’s patented products minimize the effects of severe climatic conditions, unfavorable lighting and other environmental difficulties.
Even the best cameras on the market can be rendered ineffective by adverse lighting conditions. ProHawk is able to provide real-time enhancement for images impaired by a full range of common lighting issues including poor light, back light and glare.
Adverse weather can have a real impact on the effectiveness and clarity of image capture. ProHawk is able to cut through everything that nature has to throw at it including mist, fog, rain, snow and cloud.
Environments can negatively affect image capture irrespective of the quality of the image capture device. ProHawk’s next generation technology is able to enhance images compromised by a host of environmental issues including haze, dust, smog, under water and distance.