Safe
Smart
Reliable
TECHNOLOGY SOLUTIONS
Don't let borders set your boundaries
Don't let borders set your boundaries
Don't let borders set your boundaries

Don't let borders set your boundaries

Who we are

Get to Know Us

We are a technology company, providing Computer Aided Metrology and Occupational Health & Safety (OHS) products to create safer and smarter workplace environments through Industrial IoT, Computer Vision and AI technologies. We incorporated our 20+ years of industrial experience in PragmaTech Inc., along with our long-term partnerships with global brands.

What we do

Our Pragmatic Solutions

Discover our Industrial and IoT Solutions.

Opticon.AI
Opticon.Ai performs sub-milimeter level accurate measurement of practically anything. Input data from industrial cameras, sensors and scanners are interpreted by advanced Computer Vision algorythms for numerous purposes such as Pattern Matching, Geometric Model Finding, Shape Finding, Feature Extraction, Classification, Multi Dimensional Measurements, Color Analysis, Surface Continuity Analysis, Character/Text Recognition, Barcode and QR Code Extraction, 3D Point Cloud Generation and more.
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ShieldX
Our hall monitor for Personal Protective Equipment. ShieldX can detect if a person is missing any of their PPE, signalling the user and tracking their location with visual data. ShieldX – PPE is on the lookout for a safer workspace. It is the line of HSE products are designed, created and implemented with utmost care, ensuring a safe work environment for everyone.
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Solutions

Discover our technologies

Computer Vision, AI, Machine Learning, Industrial Quality Control, Industrial IoT Technologies

Feature
Extraction
This technique is used to identify features of objects and isolate the ones that don’t comply with the set features using Edge Detection and Blob Analysis.
Geometric
Model Finder
This technique is used for locating a model by performing Contour Analysis.
Shape
Finding
This technique functions with different dedicated modes for finding circles, ellipses, rectangles and line segments.
Pattern
Matching
This technique allows finding patterns by scanning the object(s) for a similar spatial distribution of intensity. It is used for locating a pattern and possible multiple occurrences, which are then translated and rotated with sub-pixel accuracy.
Multi Dimensional
Measurements
This technique quickly determines and extracts edges within defined regions that best fit geometric features. In addition, it is possible to construct new geometric features, both by defining new mathematical values or deriving from measured objects.
Classification
This technique is used to classify objects in a collection utilizing advanced deep learning and artificial intelligence algorithms based on training data.
Character / Text
Recognition
This technique uses geometric features to quickly locate and read texts. In general, it is able to locate and read the text made up of solid characters that are well separated from the background and from one another.
Color
Analysis
This technique utilizes masked out colors from an image or numerical values of colors to set a color sample. Color sample can consist of a single color or a distribution of colors. Subsequently, this color sample is used to find matching or non-matching colors.
3D Point
Cloud Extraction
OpticonAI can process streamed video and image data to generate elementary objects, point clouds and depth maps. Elementary objects include boxes, cylinders, lines, planes or spheres.
Feature
Extraction
This technique is used to identify features of objects and isolate the ones that don’t comply with the set features using Edge Detection and Blob Analysis.
Geometric
Model Finder
This technique is used for locating a model by performing Contour Analysis.
Shape
Finding
This technique functions with different dedicated modes for finding circles, ellipses, rectangles and line segments.
Pattern
Matching
This technique allows finding patterns by scanning the object(s) for a similar spatial distribution of intensity. It is used for locating a pattern and possible multiple occurrences, which are then translated and rotated with sub-pixel accuracy.
Multi Dimensional
Measurements
This technique quickly determines and extracts edges within defined regions that best fit geometric features. In addition, it is possible to construct new geometric features, both by defining new mathematical values or deriving from measured objects.
Classification
This technique is used to classify objects in a collection utilizing advanced deep learning and artificial intelligence algorithms based on training data.
Character / Text
Recognition
This technique uses geometric features to quickly locate and read texts. In general, it is able to locate and read the text made up of solid characters that are well separated from the background and from one another.
Color
Analysis
This technique utilizes masked out colors from an image or numerical values of colors to set a color sample. Color sample can consist of a single color or a distribution of colors. Subsequently, this color sample is used to find matching or non-matching colors.
3D Point
Cloud Extraction
OpticonAI can process streamed video and image data to generate elementary objects, point clouds and depth maps. Elementary objects include boxes, cylinders, lines, planes or spheres.
Feature
Extraction
This technique is used to identify features of objects and isolate the ones that don’t comply with the set features using Edge Detection and Blob Analysis.
Geometric
Model Finder
This technique is used for locating a model by performing Contour Analysis.
Shape
Finding
This technique functions with different dedicated modes for finding circles, ellipses, rectangles and line segments.
Pattern
Matching
This technique allows finding patterns by scanning the object(s) for a similar spatial distribution of intensity. It is used for locating a pattern and possible multiple occurrences, which are then translated and rotated with sub-pixel accuracy.
Multi Dimensional
Measurements
This technique quickly determines and extracts edges within defined regions that best fit geometric features. In addition, it is possible to construct new geometric features, both by defining new mathematical values or deriving from measured objects.
Classification
This technique is used to classify objects in a collection utilizing advanced deep learning and artificial intelligence algorithms based on training data.
Character / Text
Recognition
This technique uses geometric features to quickly locate and read texts. In general, it is able to locate and read the text made up of solid characters that are well separated from the background and from one another.
Color
Analysis
This technique utilizes masked out colors from an image or numerical values of colors to set a color sample. Color sample can consist of a single color or a distribution of colors. Subsequently, this color sample is used to find matching or non-matching colors.
3D Point
Cloud Extraction
OpticonAI can process streamed video and image data to generate elementary objects, point clouds and depth maps. Elementary objects include boxes, cylinders, lines, planes or spheres.