What is computer vision?

Computer vision aims at recognizing the contents of images as accurately as possible, ideally the way human sight works – but faster thanks to automation. It applies to any type of visual content – photos, graphics, and videos.

Computers can be taught how to detect, recognize, and most importantly identify what they see. It can be used in a variety of industries, such as automotive, healthcare, and manufacturing.

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Computer vision services and solutions

Computer vision applications may serve many purposes. Their primary aim is to facilitate company development thanks to process automation and making better business decisions, specifically based on the analysis of the data collected.

Object detection

Its aim is to recognize and identify items in the picture. Software can do it based on a library of already classified images, a specification of distinguishable object properties (in classic computer vision algorithms), or by learning itself based on data (in deep learning).

More, it can get better and better in time, on its own. This technology is widely used in driver assistance systems or automated quality control in manufacturing, i.e. looking for faulty items on assembly lines.

Face recognition software

This kind of software can work in manifold ways – face detection (finding faces in the picture), face recognition (identifying particular persons in the pictures or videos), and recognizing people’s age, gender, and reading emotions – crucial indicators of customer satisfaction – to analyze it further on.

The apps based on face recognition are often used in healthcare, traffic management, security, or just to automatically confirm if the person buying a beer isn’t a minor.

Image classification

Computer algorithms categorize, group, and process information for in-depth analysis and relevant insights. Image classification processes images in a way that in the end they’re attributed with a label (a class).

With a high probability, the system knows whether there are bacteria on Petri dishes, factory workers wear their helmets, or the forklifts are properly used. The process of labeling is crucial for example in medical image classification to identify the presence of the disease or visual place recognition to identify an exact location.

Semantic segmentation

Image segmentation is the key step to a deep and complete understanding of what happens in the picture on the pixel level. This solution aims at not only detecting objects but also finding their exact boundaries.

It is widely used in developing self-driving cars, medical purposes, and in everyday use cases such as portrait mode on our cameras, photo editing apps, or virtual dressing rooms in e-commerce.

Optical character recognition

The OCR technology allows to scan documents, both printed and handwritten – and to convert them into fully editable data available for search and analysis. It allows companies to digitize their resources and to improve customer care by scanning invoices, business cards, and other types of documents – even reproducing their original formatting.

Image post-processing

The OCR’s accuracy can be increased by image post-processing to correct any spelling mistakes. It is also able to recognize text appearing in photos and videos for e.g. text analytics, further translation, or to read it to people with vision impairment.

Let’s talk and see if we are a match for your next IT project.
Tomasz Kowalczyk CEO NeuroSYS
Tomasz Kowalczyk
CEO at NeuroSYS
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Benefits of computer vision solutions

Find out what your business can gain with a well-crafted computer vision application.

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Task and process automation

Computer vision companies will help you automate a variety of processes such as quality control/inspection tasks. You can eliminate faulty products way before they reach your customers thanks to automated detection early in the production process.

Your team will spend considerably less time analyzing reports and data. As a result, you can deliver results and improvements faster.

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Accuracy and precision

With deep learning for computer vision, you can improve the precision of your processes. The technology is insensitive to optical illusions, assumptions, or natural fatigue.

It analyzes images pixel by pixel and draws objective conclusions straightaway. This great precision wouldn’t be possible without artificial intelligence.

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Cost reduction

With computer vision software you can significantly reduce time spent by your team on mundane tasks. Once computers have been taught how to perform their work, it can be done at minimal costs, saving innumerable man-hours.

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Faster delivery

Machines can work efficiently 24/7 and their work is easily scalable. Thus with computer vision the tasks can be performed more efficiently and quickly, any mistakes detected faster, and evidence-based conclusions more accurate.

Our development process

Our development process consists of three stages that let our clients minimize the risk and costs of their projects.

1

Problem analysis

We define your challenge, conduct a workshop session and propose an initial solution.

2

A feasibility study

We propose a complete, long-term solution and plan.

3

Subprojects

We divide your project into smaller pieces that can be achieved within 1-2 sprints and develop the first one.

We discuss our approach further in a separate blog post on

Our dedicated research and development team

At NeuroSYS, we’ve got a separate research and development department. Our computer vision specialists face artificial intelligence challenges every day. We’ve delivered multiple computer vision projects, for our clients and for internal purposes.
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