Designing and implementation of artificial vision systems for the recognition and verification of characters (OCR, OCV, Datamatrix), orientated towards the improvement of the traceability, storage, and reading of certain documents applicable to sectors such as logistic, storage, and security management.

Designing and implementation of artificial vision systems to verify the position and orientation of elements within conveyor belts for their subsequent handling. Design of "pick and place" systems for the automated handling of products on production lines.

Designing and implementation of artificial vision systems for the inventory of products in transport, static products... for example for automated product packaging.

Designing and implementation of artificial vision systems for dimensional control (size, length) and aesthetic control (physical defects) applied to the quality control of products manufactured in general both on an industrial (car parts, dashboards, car windows, bricks, tiles) and consumer scale.

Designing and implementation of artificial vision on the company’s line of manufacture for the inspection of surfaces in search of certain characteristics such as surface defects, roughness, texture...

Designing of artificial vision industrial systems for metrological control in 2 and 3 dimensions with the aim of detecting deviations from real measurements.

Designing and implementation of artificial vision systems to control differential aspects not visible to the human eye that are applicable to the analysis of the composition of a certain compound. Classification of products depending on their composition.

Designing and implementation of artificial vision systems applied to the control of natural and environmental surroundings (coasts, forests, surveillance of animals...)

Designing and implementation of artificial vision systems applied to the control of shops and centres of affluence (access control, client flow in shops, abandoned items, behaviour, the identification of persons).

Designing and implementation of artificial vision systems applied to the surveillance of methods of transport (trains, the underground, cars...)

Designing and implementation of artificial vision systems applied to the control of these environments.