Intelligent artificial perception systems

Intelligent artificial perception systems
Intelligent artificial perception systems
This line is not associated to any technological center
Intelligent artificial perception solutions tailored to each sector

We innovate and develop customized solutions with intelligent artificial perception applied to different sectors using computer vision technologies. Leveraging our extensive experience in both classical vision algorithms and the latest innovations in deep learning. Also employing generalist techniques of data filtering, optimization, control and machine learning. With a wide and growing range of programming languages and open-source libraries (Python, OpenCV, Tensorflow, Keras, Scikit learn, Numpy, Pandas, etc.)
Our Computer Vision experts have extensive experience in image processing from different data sources: RGB, monochrome, hyperspectral, thermographic, stereo cameras, and also in the processing of 3D information obtained through LiDAR sensors or stereo cameras. In addition, they have expertise in the selection of vision hardware, such as cameras, optics, lighting and filters, adjusting to the problems of each sector (automotive, capital goods, agribusiness, rail transport, road transport, defense and security, etc.) to optimize the result.

PROBLEMS IT SOLVES

Our developments of intelligent artificial perception systems allow us to solve the processing and extraction of information in companies that need to analyze images, videos and 3D point clouds generated by LiDAR or photogrammetry. We have extensive experience in the development of classical computer vision algorithms, deep learning projects with this type of information, and general techniques for data filtering, optimization, control and machine learning.
We offer services in an agile and dynamic way to provide customized solutions to each client, with ad-hoc developments. Making the most of the processing and extraction of information of interest from images and videos captured with RGB, monochrome, hyperspectral, thermographic cameras, and 3D point clouds obtained with LiDAR or photogrammetry technologies.