DreamCam Solutions

DreamCam Solutions

Edge AI

EDGE AI cameras equipped with deep learning-based AI analysis capabilities can proactively recognize and address potential accident situations before they occur. When deployed in densely populated areas, these AI cameras can monitor the population density on a per-unit basis and provide notifications if the threshold is exceeded.

Furthermore, these cameras can identify potential crime suspects based on specific behavioral patterns and even track their movements.

Sensor fusion is a technological approach that merges information from different types of sensors such as TOF, Stereo , and thermal Imaging. This integration enables the system to oversee environments by continuously detecting alterations in three dimensions in real time.

Stereo Vision

Similarly to human eyes


Stereo vision systems give the robots depth perception skills, which make artificial machines and systems develop an understanding of their environment by estimating the relative distance of objects in their vision from many visual cues.

Time-of-Flight

Capture the world in 3D


A ToF Camera emits modulated lights (CW method) and uses the time it takes for the said lights to be reflected back to measure the distance/depth info of any given object/scene, and you can obtain depth data

Thermal Imaging

Not only IR detections


In addition to infrared detections, thermal sensors are capable of tracking fluctuations in temperature within the observed area.

Edge AI

EDGE AI cameras equipped with deep learning-based AI analysis capabilities
can proactively recognize and address potential accident situations before they occur. When deployed in
densely populated areas, these AI cameras can monitor the population density on a per-unit basis and
provide notifications if the threshold is exceeded.

Furthermore, these cameras can identify potential crime suspects
based on specific behavioral patterns and even track their movements.

Sensor fusion is a technological approach that merges information from
different types of sensors such as TOF, Stereo , and thermal Imaging.
This integration enables the system to oversee environments by continuously
detecting alterations in three dimensions in real time.

Stereo Vision

Similarly to human eyes


Stereo vision systems give the robots depth perception skills, which make artificial
machines and systems develop an understanding of their environment by estimating the relative
distance of objects in their vision from many visual cues.

Time-of-Flight

Capture the world in 3D


A ToF Camera emits modulated lights (CW method) and uses the time it takes for the said lights to be reflected
back to measure the distance/depth info of any given object/scene, and you can obtain depth data

Thermal Imaging

Not only IR detections


In addition to infrared detections, thermal sensors are capable of tracking
fluctuations in temperature within the observed area.