Computer vision has come a long way from basic image recognition experiments. Today, companies across the Netherlands are putting it to work in much more practical ways – inspecting infrastructure, analyzing drone imagery, monitoring industrial environments, spotting defects, guiding robots, and making sense of huge amounts of visual data.
What’s interesting about the Dutch market is just how different these applications can be. Some companies concentrate almost entirely on vision software, while others bring it together with robotics, geospatial technology, machine learning, or industrial automation. Below, we take a closer look at companies working in this space, what they’re building, and the kinds of problems their technology is being used to solve.
1. FlyPix AI
At FlyPix AI, we use computer vision to work with satellite, aerial, and drone imagery. The platform helps users find, outline, monitor, and inspect objects across geospatial images, including large scenes where going through everything manually would take a considerable amount of time. We provide these capabilities for projects in the Netherlands as well, covering areas such as construction, agriculture, infrastructure, ports, forestry, environmental monitoring, and government work.
One important part of the platform is that users aren’t limited to a fixed set of objects that the AI already knows. They can annotate their own imagery and train custom models around whatever they actually need to detect. That could be a particular structure, piece of equipment, type of land feature, or something much more specific to an individual project. It gives teams a way to build computer vision around their own data without developing the entire system themselves.
Key Highlights:
- Computer vision for satellite, aerial, and drone imagery
- Object detection and outlining in geospatial images
- Custom AI models trained from user annotations
- Analysis of large and complex visual scenes
- Computer vision services for projects in the Netherlands
- Applications across industrial, environmental, and geospatial fields
Services:
- Computer vision solutions
- Geospatial image analysis
- AI-based object detection
- Custom computer vision model training
- Satellite imagery analysis
- Aerial and drone image analysis
- Object monitoring and inspection
- Image annotation
- Land-use classification
Contact Information:
- Website: flypix.ai
- E-mail: [email protected]
- LinkedIn: www.linkedin.com/company/flypix-ai
- Address: Robert-Bosch-Str. 7, 64293 Darmstadt, Germany
- Phone: +49 6151 7076949
2. AI Superior
AI Superior develops custom AI software and provides consulting services, with computer vision being one part of its wider machine learning work. Its vision projects deal with extracting useful information from images and video rather than simply recognizing what’s in a picture. Depending on the use case, that can mean object detection, segmentation, face recognition, OCR, image classification, or analysis of video streams.
The company generally treats computer vision as a custom development problem rather than offering one standard product for every client. A project might begin with an assessment of the available data and the problem itself, followed by an MVP and, if it proves useful, integration into an existing system. Its previous work includes projects involving object detection, urban imagery, medical scans, and automated detection and counting from images.
Key Highlights:
- Custom computer vision development
- Image and video processing
- Combination of computer vision, machine learning, and deep learning
- Development from early assessment through system integration
- Experience with industrial, real estate, and healthcare applications
Services:
- Computer vision development
- Image analysis and processing
- Video analysis
- Object detection
- Image segmentation
- Optical character recognition
- Face recognition
- Image classification
- AI consulting and integration
Contact Information:
- Website: aisuperior.com
- E-mail: [email protected]
- LinkedIn: www.linkedin.com/company/ai-superior
- Twitter: x.com/aisuperior
- Facebook: www.facebook.com/aisuperior
- Instagram: www.instagram.com/ai_superior
- Address: Robert-Bosch-Str. 7, 64293 Darmstadt, Germany
- Phone: +49 6151 7076909
3. Kepler Vision Technologies
Kepler Vision Technologies takes computer vision into a very different setting: healthcare. Its software watches for situations that may put patients or residents at risk in hospitals and elderly care facilities. Falls are an obvious example, but the system can also recognize earlier warning signs, such as someone sitting on the edge of a bed and potentially preparing to get up. Care staff can then receive an alert.
The company’s products include Kepler Night Nurse and Kepler NurseAssist. Instead of requiring someone to continuously watch camera feeds, the software handles the visual monitoring itself. Image processing is performed locally and anonymously, and according to the company, processed images aren’t viewed by people. Its technology is used in hospitals and elderly care and has also been tested for detecting falls in home environments in the Netherlands.
Key Highlights:
- Computer vision designed for healthcare environments
- Detection of falls and potentially unsafe situations
- Real-time monitoring and staff alerts
- Local and anonymous image processing
- Applications in hospitals, elderly care, and home care
- Reduced need for routine manual room checks
Services:
- AI-based fall detection
- Fall prevention monitoring
- Patient and resident monitoring
- Real-time visual event detection
- Kepler Night Nurse
- Kepler NurseAssist
- Patent and software licensing
Contact Information:
- Website: keplervision.eu
- E-mail: [email protected]
- Twitter: x.com/KeplerVision
- LinkedIn: www.linkedin.com/company/kepler-vision-technologies
- Address: Lab 42 Science Park 900 1098 XH Amsterdam, Nederland
- Phone: +31 6 22 59 00 36
4. VicarVision
VicarVision looks at computer vision from the human side. Instead of primarily identifying machinery, parcels, or defects, its technology is built around understanding people and their behavior. The company describes this area as vicarious perception – essentially using AI to interpret visual information in a way that provides more context about what a person is doing or expressing.
Facial expression analysis is a major part of that work. FaceReader automatically analyzes expressions from visual data, while FaceReader Online brings similar capabilities to an online environment for research applications, including market research. VicarVision also works with other visual and behavioral signals, including contactless monitoring and multimodal analysis, where information from more than one type of input can be considered together.
Key Highlights:
- Computer vision centered on people and human behavior
- Automatic facial expression recognition
- Analysis of visual and behavioral signals
- Applications in research
- Contactless monitoring
- Multimodal analysis
Services:
- Facial expression recognition
- Behavioral analysis
- FaceReader
- FaceReader Online
- Computer vision development
- AI-based visual analysis
- Multimodal analysis
- Contactless monitoring
Contact Information:
- Website: vicarvision.nl
- E-mail: [email protected]
- Facebook: www.facebook.com/VicarVision
- LinkedIn: www.nl.linkedin.com/company/vicarvision
- Address: Singel 160, 1015 AG Amsterdam, Netherlands
- Phone: 31 20 530 0333
5. Fizyr
Fizyr develops computer vision software for robotic automation, particularly in logistics and supply chain environments. Here, vision acts as the link between a camera and a robot. The software processes what the camera sees and gives the robotic system information it can use to decide what an object is, where it is, and how to handle it.
That becomes especially useful in environments where objects aren’t neatly arranged or predictable. Parcels, boxes, and pallets can arrive in different positions, shapes, and orientations, which makes rigid automation difficult. Fizyr OS combines visual processing and object detection with information that can be passed on to robotic systems. It isn’t tied to just one camera, robot, or gripper setup either. Applications include trailer unloading, parcel induction, depalletization, pallet classification, food processing, and quality control.
Key Highlights:
- Computer vision software for robotic automation
- Visual detection used to guide robot actions
- Compatibility with different cameras, robots, and grippers
- Strong focus on logistics and supply chain operations
- Machine learning used within vision workflows
- Applications in picking, handling, and classification
Services:
- AI vision software
- Object detection
- Robotic vision
- Pick-and-place vision
- Depalletization vision
- Parcel and pallet recognition
- Quality control
- Vision integration for robotic cells
- Fizyr OS
Contact Information:
- Website: www.fizyr.com
- E-mail: [email protected]
- Twitter: x.com/fizyrbv
- LinkedIn: www.linkedin.com/company/fizyr
- Address: Molengraaffsingel 10, 2629 JD Delft, The Netherlands
- Phone: +31 157 601 686
6. Visionplatform.ai
Visionplatform.ai works with camera infrastructure that companies may already have in place. Its software turns video feeds into alerts and structured operational information, detecting things such as people, vehicles, objects, PPE use, and potential safety hazards. Existing models can be used out of the box, but companies can also train additional object classes from their own footage when the standard options don’t cover what they need.
There’s more to the platform than straightforward object detection. Rules can be added for things like dwell time, line crossing, defined areas of interest, OCR, license plate recognition, and barcode scanning. Vision language models can also be used to interpret what’s happening in a video and add context around an event. From there, results can feed into control room systems or AI agents that verify alerts and initiate follow-up actions. The platform supports on-premise processing and integrations with Milestone XProtect, RTSP and ONVIF camera feeds, REST APIs, and MQTT.
Key Highlights:
- Computer vision for existing camera systems
- Detection of people, vehicles, and other objects
- PPE and workplace safety monitoring
- Custom object classes trained from local video
- OCR, license plate, QR, and barcode recognition
- Vision language models for interpreting video
- On-premise processing options
- Integration with security and control room systems
Services:
- AI video analytics
- Object detection and classification
- PPE detection
- Hazard detection
- Unsafe behavior monitoring
- OCR and license plate recognition
- Barcode and QR scanning
- Dwell time and line crossing analysis
- Custom computer vision model training
- GenAI video analysis
- Control room AI agents
- Camera and VMS integration
Contact Information:
- Website: visionplatform.ai
- E-mail: [email protected]
- Address: Marconistraat 16, 6th floor, 3029 AK Rotterdam, Netherlands
- Phone: 31 85 060 6591
7. Crux Digits
Crux Digits is a Netherlands-based AI consultancy and software engineering company, and computer vision forms part of its applied AI work. Its projects include image and video analysis for inspection, detection, and recognition tasks. There isn’t one fixed vision product at the center of the offering. Instead, systems are developed around the client’s data, working environment, and the process the technology needs to fit into.
That broader software background matters when computer vision isn’t meant to operate on its own. Crux Digits can develop a proof of concept, build custom machine learning models, connect them with existing applications, and take the resulting system into production. So, in practice, computer vision can become one component of a larger automation or software workflow rather than a separate tool that employees have to work around.
Key Highlights:
- Netherlands-based applied AI company
- Computer vision for images and video
- Custom detection and recognition models
- Integration of vision technology with business software
- Development from proof of concept to production
- Additional machine learning and data engineering capabilities
Services:
- Computer vision development
- Image analysis
- Video analysis
- Object detection
- Image recognition
- Visual inspection systems
- Custom machine learning models
- AI implementation
- Data engineering
- Application development
- Proof-of-concept development
Contact Information:
- Website: cruxdigits.nl
- E-mail: [email protected]
- Facebook: www.facebook.com/cruxdigits
- Twitter: x.com/cruxdigits
- LinkedIn: www.linkedin.com/company/cruxdigits
- Instagram:www.instagram.com/cruxdigits
- Address: Pruimenlaan 104,1185RZ, Amstelveen, Netherlands
- Phone: 316 53 85 42 18
8. Airvision
Airvision focuses on one of the more straightforward but demanding uses of computer vision: visual inspection. Its platform analyzes inspection images and looks for visible problems such as corrosion, damage, and other defects. This can be useful for inspection teams dealing with hundreds or thousands of images, where checking every picture manually takes time and can make consistency difficult.
The system isn’t limited to a single pre-trained model. Users upload their images, mark the defects or areas they’re interested in, and use those annotations to train a model for the particular inspection job. Once trained, the model can run in the cloud or locally and analyze new images for the same types of issues. Inspectors can review the detections and provide more feedback, giving them a way to adjust the model as conditions or inspection requirements change.
Key Highlights:
- Computer vision built around visual inspection
- Detection of corrosion, damage, and other defects
- Custom models trained using user annotations
- Cloud and local deployment
- Automated analysis of new inspection images
- Models can be refined with additional feedback
- Workflow aimed at inspection teams
Services:
- AI-based visual inspection
- Defect detection
- Corrosion detection
- Damage detection
- Image annotation
- Custom computer vision model training
- Automated image analysis
- Cloud model deployment
- Local model deployment
- Inspection workflow automation
Contact Information:
- Website: airvision.ai
- E-mail: [email protected]
- LinkedIn: www.linkedin.com/company/airvision-ai
- Address: High Tech Campus 5 5656 AE, Eindhoven
9. SamenICT
Samen ICT approaches computer vision as part of a broader set of AI and IT services for small and medium-sized businesses. Its AI integration offering includes image recognition and computer vision alongside predictive models, chatbots, and process automation. Rather than focusing exclusively on one type of visual application, the company can incorporate AI-based visual processing into wider business and operational workflows.
Computer vision is presented as one of the technologies Samen ICT can use to automate tasks and extract useful information from visual data. The company’s broader IT background also covers hosting, cloud infrastructure, security, workspace solutions, and technical support. This means computer vision can be combined with existing business systems and other AI capabilities when a company needs more than a standalone visual recognition tool.
Key Highlights:
- Computer vision offered as part of AI integration services
- Image recognition and visual data processing
- AI-based process automation
- Predictive models and analytics
- Computer vision combined with broader IT infrastructure
- Services aimed at small and medium-sized businesses
- Cloud, security, and hosting capabilities alongside AI
Services:
- Computer vision solutions
- Image recognition
- AI integration
- Predictive analytics
- Predictive models
- Process automation
- AI consulting
- Cloud solutions
- IT infrastructure
- Cybersecurity
- Managed IT services
- Technical support
Contact Information:
- Website: www.samenict.nl
- E-mail: [email protected]
- Address: Beneluxlaan 59, 2411 BC Bodegraven, Netherlands
- Phone: (085) 004 6524
10. Object Vision BV
Object Vision is a Dutch software and modelling company focused on open-source modelling technology and spatial analysis. Its work includes land-use modelling, accessibility analysis, environmental assessments, and data pipelines.
The company develops GeoDMS, its modelling software platform, which is used for integrating datasets, models, and web-based applications. Object Vision’s current work is particularly connected to spatial modelling and applied data analysis rather than conventional image-recognition applications.
Key Highlights:
- Open-source software development
- Spatial modelling
- Land-use modelling
- Accessibility analysis
- Environmental assessments
- Data pipelines
- Open-data integration
- GeoDMS modelling platform
Services:
- Spatial modelling
- Land-use modelling
- Accessibility analysis
- Environmental modelling
- Data integration
- Data pipelines
- Software development
- GeoDMS solutions
- Modelling consultancy
Contact Information:
- Website: www.objectvision.nl
- E-mail: [email protected]
- Address: Vrije Universiteit, De Boelelaan 1085, Room R-223, 1081 HV Amsterdam, The Netherlands
- Phone: +31 20 598 9083
11. Prime Vision BV
Prime Vision is a Dutch technology company specializing in logistics automation, combining computer vision, artificial intelligence, robotics, and sorting technology. Its solutions are designed to automate the recognition, identification, tracking, coding, and sorting of parcels and other items.
Computer vision is a core part of Prime Vision’s offering. The company provides dedicated Computer Vision and AI solutions including Address Vision, Barcode Vision, Customs Vision, Indicia Vision, Hazmat Vision, and Quality Vision. Its technology is particularly focused on postal and parcel logistics, where cameras and AI systems analyze visual information to automate sorting and inspection processes.
Key Highlights:
- Computer vision and AI solutions
- Automated parcel sorting
- Address recognition
- Barcode recognition
- Customs inspection
- Hazardous-material detection
- Image-based quality inspection
- Robotics and automated sorting
- Logistics automation
Services:
- Computer vision solutions
- Address recognition
- Barcode recognition
- Customs vision
- Indicia recognition
- Hazmat vision
- Quality vision
- Smart sorting
- Robotics
- Image analysis
- Data intelligence
- Logistics automation
Contact Information:
- Website: primevision.com
- E-mail: [email protected]
- Linkedin: www.linkedin.com/company/prime-vision
- Instagram: www.instagram.com/prime_vision_official/
- Address: Olof Palmestraat 10, 2600 JA Delft, Netherlands
- Phone: +31 15 219 2090
12. WeAreBrain
WeAreBrain is an Amsterdam-based AI and technology agency that develops artificial intelligence and machine learning solutions for businesses. The company explicitly lists Computer Vision among the technologies it works with, including applications such as facial recognition and robotic defect detection.
Its AI and Machine Learning offering combines custom machine learning development with consultancy and implementation. Computer vision can therefore be incorporated into broader AI solutions designed around a company’s specific operational requirements rather than delivered only as a standalone image-processing product.
Key Highlights:
- Computer Vision solutions
- AI and Machine Learning development
- Facial recognition
- Robotic defect detection
- Custom machine learning models
- AI consultancy
- AI implementation
- Amsterdam-based technology company
Services:
- Computer vision
- Facial recognition
- Defect detection
- Machine learning development
- AI development
- AI consulting
- Custom ML modelling
- AI implementation
- Digital transformation
- Technology consulting
Contact Information:
- Website: wearebrain.com
- E-mail: [email protected]
- Linkedin: www.linkedin.com/company/wearebrain
- Instagram: www.instagram.com/wearebrain
- Address: Laan der Hesperiden 166, 1076 DX Amsterdam, Netherlands
- Phone: +31 6 33 99 02 35
13. TensorLab
TensorLab is a Netherlands-based applied AI company focused specifically on production-ready computer vision systems. Rather than treating computer vision as a demonstration or experimental technology, the company focuses on taking vision models through feasibility testing, development, deployment, and long-term operation.
Its services cover the full computer vision lifecycle. TensorLab assesses data and use cases, develops baseline models, builds production pipelines, handles training and inference, deploys systems on GPU or CPU infrastructure, and provides monitoring and support after launch. The company also works with detection and recognition systems, including face detection and recognition, and has experience optimizing computer vision pipelines for production-scale workloads.
Key Highlights:
- Applied computer vision for production environments
- End-to-end computer vision development
- Feasibility studies and prototyping
- Detection and recognition
- Training and inference pipelines
- GPU/CPU deployment and optimization
- Computer vision system integration
- Monitoring and model-quality checks
- Data drift monitoring
- Retraining and ongoing support
- Netherlands-based company
Services:
- Computer vision development
- Computer vision prototyping
- Feasibility assessment
- Object detection
- Image recognition
- Face detection and recognition
- ML pipeline development
- Model training
- Model inference
- GPU optimization
- Computer vision deployment
- System integration
- Performance monitoring
- Model retraining
- Technical support
Contact Information:
- Website: www.tensorlab.nl
- E-mail: [email protected]
14. Horus Consulting B.V.
Horus Consulting B.V. is a Dutch cloud and digital consulting company that includes Computer Vision among its AI and Machine Learning services. The company describes its Computer Vision offering as a way to automate visual analysis, detect objects, and moderate content in images and videos. Its solutions are designed to turn visual information into actionable insights and automate processes based on what is detected.
Computer Vision is presented as part of Horus Consulting’s broader Cognitive Services portfolio rather than as a standalone product. The company combines visual AI with application development, cloud consulting, data-related technologies, and digital transformation services. Horus Consulting has locations in The Hague and Utrecht, Netherlands, as well as an additional presence in India.
Key Highlights:
- Computer Vision services
- AI and Machine Learning solutions
- Automated image analysis
- Object detection
- Video content analysis
- Image and video moderation
- Cognitive Services
- Custom software development
- Cloud and digital consulting
- Locations in The Hague and Utrecht, Netherlands
Services:
- Computer Vision
- Image analysis
- Object detection
- Video analysis
- Image moderation
- Video content moderation
- AI and Machine Learning
- Cognitive Services
- Application development
- Cloud consulting
- Digital transformation
- Custom software development
Contact Information:
- Website: horusconsulting.nl
- E-mail: [email protected]
- Facebook: www.facebook.com/Horus-Consulting-103133485197954
- Twitter: x.com/horusconsultin1
- Linkedin: www.linkedin.com/company/horus-consulting-bv
- Instagram: www.instagram.com/horusconsulting_
- Address: Inktzwamsingel 27, 3451HC, Utrecht, Netherlands
- Phone: +31 634 03 77 07
Conclusion
Computer vision in the Netherlands isn’t developing in just one direction. The companies working in this field are tackling very different problems, from checking industrial equipment for corrosion to helping robots handle unpredictable parcels. Elsewhere, the same underlying technology is being used to monitor patients, analyze facial expressions, interpret security footage, or pick out objects in satellite and drone imagery. That’s a pretty broad range for one branch of AI.
Because of that, choosing a computer vision company mostly comes down to the problem you’re trying to solve. A logistics operation doesn’t need the same setup as a hospital, and an inspection team working with still images will have different priorities from a business processing live camera feeds. Looking at the type of visual data involved, how the system needs to connect with existing tools, and where processing will happen is usually a much more useful starting point than comparing feature lists alone.