Computer vision is already being used across quite a few industries in Sweden, sometimes in places where it is easy to overlook. It can be found on factory floors and inside vehicles, but also in agriculture, security, infrastructure, and systems that analyze satellite or drone imagery. Behind those applications is another layer of technology, including edge AI, embedded vision, sensors, and software built to make sense of large amounts of visual material.
The companies below approach computer vision from very different directions. Some have built technology around a particular problem, such as road inspection or driver monitoring. Others develop broader platforms that can be adapted to different projects. Here’s a closer look at what they actually work on and where their technology fits.
1. FlyPix IA
At FlyPix AI, we work with computer vision specifically for geospatial imagery. We help clients in Sweden and elsewhere analyze satellite, aerial, and drone images, using AI to find, outline, and monitor objects across large areas. This is especially useful when there’s simply too much imagery to go through manually or when teams need to keep track of changes over time.
Users can also train custom AI models using their own annotations. That means the platform can be set up around the objects that matter for a particular job rather than relying only on predefined categories. We work with projects in agriculture, construction, forestry, energy, mining, infrastructure maintenance, port operations, and government, with much of the work centered on detection, classification, inspection, and monitoring.
Puntos clave:
- Computer vision for satellite, aerial, and drone imagery
- Services available to clients in Sweden
- Custom AI models trained from user annotations
- Detection and monitoring across large geographic areas
- Support for different types of geospatial projects
- Applications across multiple industries
Servicios:
- Computer vision services
- Análisis de imágenes geoespaciales
- detección de objetos basada en IA
- Object monitoring and inspection
- Custom computer vision model training
- Image annotation
- Land-use classification
- Satellite image analysis
- Aerial and drone image analysis
Información del contacto:
- Sitio web: flypix.ai
- Correo electrónico: [email protected]
- LinkedIn: www.linkedin.com/company/flypix-ai
- Dirección: Robert-Bosch-Str. 7, 64293 Darmstadt, Alemania
- Phone: +49 6151 7076949
2. IA superior
AI Superior takes a custom development approach to computer vision. Rather than offering one vision product for a fixed task, they build AI software around individual business problems. Their work includes image and video analysis, object detection, segmentation, face recognition, OCR, image classification, and emotional analysis. Deep learning and other machine learning methods can be brought in when the project calls for them.
Projects generally begin with figuring out whether AI makes sense for the problem in the first place. From there, the work can move through an MVP and eventually into integration and scaling. Their previous computer vision projects have dealt with workplace hygiene, analysis of urban areas, medical imagery, and pill detection and counting. Computer vision is only one part of their work, with consulting, research, training, and broader AI software development also in the mix.
Puntos clave:
- Computer vision included in custom AI projects
- Análisis de imágenes y vídeos
- Object detection and image segmentation
- Projects in healthcare, real estate, and workplace settings
- Work ranging from early assessment to integration
- Use of deep learning and machine learning
Servicios:
- Computer vision development
- Análisis de imágenes
- Video analysis
- Detección de objetos
- Segmentación de imágenes
- Reconocimiento facial
- Reconocimiento óptico de caracteres
- Image classification
- Desarrollo de software de IA a medida
- consultoría en IA
Información del contacto:
- Sitio web: aisuperior.com
- Correo electrónico: [email protected]
- LinkedIn: www.linkedin.com/company/ai-superior
- Twitter/X: x.com/aisuperior
- Facebook: www.facebook.com/aisuperior
- Instagram: www.instagram.com/ai_superior
- Dirección: Robert-Bosch-Str. 7, 64293 Darmstadt, Alemania
- Phone: +49 6151 7076909
3. Smart Eye
Smart Eye sits in a more specialized part of computer vision. Their technology is built around understanding people, particularly where they look, how their eyes move, and what their facial behavior can reveal about attention or state. That has led to applications in vehicles and aircraft as well as laboratories and other research environments.
Driver monitoring is a major part of the company’s automotive work, while its eye tracking tools are used much more broadly. Researchers in psychology, neuroscience, aviation, media, and product development use them to study gaze and behavior. So unlike companies using cameras to inspect roads, products, or machinery, Smart Eye is mostly interested in the person in front of the camera and what their behavior can tell us.
Puntos clave:
- Computer vision centered on human behavior
- Eye tracking and gaze measurement
- Driver monitoring and behavior analysis
- Automotive and aviation applications
- Behavioral research tools
- Use in psychology and neuroscience
Servicios:
- Eye tracking
- Driver monitoring
- Gaze analysis
- Human behavior analysis
- Behavioral research tools
- Automotive monitoring systems
- Aviation research solutions
- Psychology and neuroscience research tools
- Product integration of eye tracking technology
Información del contacto:
- Website: smarteye.se
- Facebook: www.facebook.com/SmartEyeAB
- Twitter: x.com/smarteyeab
- LinkedIn: www.linkedin.com/company/smart-eye
- Address: Masthamnsgatan 3, 413 29, Gothenburg, Sweden
- Phone: +46 31 60 61 60
4. Visage Technologies
Visage Technologies works heavily with computer vision that needs to run on devices rather than depend entirely on remote processing. Edge AI and embedded systems are an important part of that. Their team can get involved early in a project, from technical planning and prototypes through development and deployment, including work with cameras, sensors, hardware, operating systems, and AI models.
A lot of their technology deals with faces. It can track faces and gaze, analyze expressions, estimate characteristics such as age and facial emotion, and handle face identification or verification. They also develop custom systems when a client needs computer vision to work with particular hardware or within specific performance limits. The company has an office in Linköping, giving it a direct presence in Sweden.
Puntos clave:
- Office in Linköping, Sweden
- Edge AI and embedded computer vision
- More than two decades of computer vision and AI work
- Face tracking and facial analysis
- Experience with cameras, sensors, and embedded hardware
- Desktop, mobile, and embedded platform support
Servicios:
- Custom computer vision development
- Edge AI development
- Embedded AI systems
- Face tracking
- Gaze tracking
- Facial expression analysis
- Reconocimiento facial
- Face verification
- AI project planning and prototyping
- Integración de hardware y software
Información del contacto:
- Website: visagetechnologies.com
- E-mail: [email protected]
- Facebook: www.facebook.com/VisageTechAB
- Twitter: x.com/VisageTech
- LinkedIn: www.linkedin.com/company/visage-technologies-ab
- Instagram: www.instagram.com/visagetechnologies
- Address: Teknikringen 9, 583 30 Linkooping, Sweden
- Phone: +46 733 50 22 27
5. AI Vision
AI Vision focuses on computer vision systems that analyze images and video. Their work is aimed mainly at industrial applications, where visual information can be used for quality control, process monitoring, and other production tasks. The company develops AI models that can interpret visual data and turn it into information that can be used within manufacturing processes.
Their approach combines computer vision with machine learning and deep learning. They work with companies that need vision systems adapted to particular production environments rather than a generic image analysis tool. Their services cover the development of vision models as well as the technical work needed to put those systems into practical use.
Puntos clave:
- Based in Stockholm, Sweden
- Focus on computer vision
- Análisis de imágenes y vídeos
- Machine learning and deep learning
- Industrial applications
- Quality and process monitoring
- Custom vision systems
Servicios:
- Computer vision development
- Análisis de imágenes
- Video analysis
- AI vision models
- Machine learning
- Deep learning
- Visual quality inspection
- Industrial vision systems
- Vision system integration
Información del contacto:
- Website: ai-vision.se
- E-mail: [email protected]
- Facebook: www.facebook.com/people/AI-Vision
- LinkedIn: www.linkedin.com/company/ai-vision-sweden
- Address: Olof Palmes gata 11, 111 37 Stockholm, Sweden
- Phone: +46 8-664 33 32
6. Repli5
Repli5 works on the data side of computer vision, developing technology for creating training data for visual AI systems. Their RealSim technology combines generative AI with computer vision workflows to produce synthetic data and modify existing images with different environmental conditions. This can be useful when teams need more varied examples for training vision models.
Their work is particularly connected to autonomous systems, including industrial robotics, drones, and automotive applications. Instead of building a finished computer vision application for one particular industry, they focus on the training data and simulation processes that help computer vision models deal with different lighting, weather, and other real-world conditions.
Puntos clave:
- Based in Gothenburg, Sweden
- Computer vision training data
- Generación de datos sintéticos
- Generative AI for computer vision
- Image variation and simulation
- Support for autonomous systems
- Applications in robotics, drones, and automotive systems
Servicios:
- Computer vision training data generation
- Synthetic image generation
- Image enhancement and variation
- Computer vision data preparation
- AI model training data
- Simulation of weather and lighting conditions
- Data pipelines for autonomous systems
- Support for robotics and automotive computer vision
Información del contacto:
- Website: www.repli5.com
- E-mail: [email protected]
- Linkedin: www.linkedin.com/company/repli5
- Address: Kampegatan 6, 411 04 Goteborg, Sweden
7. Qamcom
Qamcom is a Swedish research and technology company, and computer vision is only one piece of what they do. Their engineering work also spans radar, wireless systems, optics, signal processing, AI, and embedded sensor technology. Because those areas overlap, cameras are often used alongside other sensors rather than treated as an isolated source of information.
That combination shows up in some interesting projects. Qamcom and INCA, for example, developed an AI camera system for spotting flames and smoke in environments where conventional detection can be difficult. Other projects have involved AI-based spot analysis for life science research and forest monitoring using radar and AI with the Swedish Forest Agency. Their work can continue well beyond an initial model, covering engineering, testing, industrialization, and production.
Puntos clave:
- Swedish deep-tech company
- AI, optical systems, radar, and signal processing expertise
- Computer vision combined with embedded sensors
- AI-based fire and smoke detection work
- Life science and environmental monitoring projects
- Research through industrialization
Servicios:
- Computer vision development
- Industrial AI
- AI-based camera systems
- Embedded sensor system development
- Signal processing
- Optical system development
- Radar and AI systems
- System engineering
- Research and development
- Testing and certification
- Electronics development and industrialization
Información del contacto:
- Website: www.qamcom.com
- E-mail: [email protected]
- LinkedIn: www.linkedin.com/company/qamcom
- Address: Kistagangen 12 164 40 Kista, Sweden
- Phone: +46 702 26 07 74
8. Gimic
Gimic’s focus is fairly straightforward: using cameras and AI to inspect products during manufacturing. Their automated visual inspection platform looks for defects and supports quality control on production lines. Instead of leaving every check to a person, manufacturers can apply the same visual inspection process repeatedly across products.
The system can handle products that are moving or visually complex and perform inspections in real time. It also keeps records of those inspections, which gives production teams something to go back to when they need to trace a quality issue. Based in Växjö, Gimic is very much on the industrial side of Sweden’s computer vision market.
Puntos clave:
- Based in Växjö, Sweden
- Automated industrial inspection
- AI combined with camera-based analysis
- Real-time product inspection
- Manufacturing defect detection
- Inspection records and traceability
- Integration with automated production
Servicios:
- Automated visual inspection
- AI-based quality control
- Detección de defectos
- Industrial image analysis
- Real-time product inspection
- Camera-based inspection systems
- Production quality monitoring
- Inspection documentation and traceability
Información del contacto:
- Website: www.gimic.se
- E-mail: [email protected]
- LinkedIn: www.linkedin.com/company/gimic
- Address: Hjortvagen 8, 352 45 Vaxjo, Sweden
- Phone: +46 470 54 30 80
9. Univrses
Roads and transport infrastructure are where Univrses puts much of its computer vision technology to work. Its 3DAI platform analyzes visual material collected from vehicles and identifies things such as road damage, signs, and other physical assets. The resulting information can then be used by road authorities for inspection and maintenance.
There’s an automotive side to the company as well, including physical AI and perception systems. Its projects have covered continuous road monitoring in Sweden, pothole and surface damage detection, road asset classification, and bus stop monitoring. Instead of waiting for an occasional manual road survey, authorities can use this kind of visual analysis to build a more regular picture of what’s happening across the network.
Puntos clave:
- Swedish computer vision company focused on mobility
- Road inspection and asset monitoring
- Work with road authorities and vehicle manufacturers
- Road surface damage and asset detection
- Continuous road network monitoring
- Automotive perception systems
Servicios:
- Road inspection
- Road condition monitoring
- Road asset detection
- Surface damage detection
- Computer vision for mobility
- Automotive AI systems
- Physical AI development
- Visual road mapping
- Monitoreo de infraestructura
Información del contacto:
- Website: univrses.com
- E-Mail: [email protected]
- Facebook: www.facebook.com/univrses
- LinkedIn: www.linkedin.com/company/univrses
- Address: Hammarby Kaj 10A, 120 32 Stockholm
- Phone: +46 85 17 08 262
10. Axis Communications
Axis Communications is widely associated with network cameras, but computer vision and AI analytics are an important part of what those cameras can do. Video can be analyzed to recognize events, count people, identify vehicles, monitor particular areas, or generate alerts when something needs attention.
The applications go beyond basic surveillance. Axis offers technology for perimeter protection, occupancy monitoring, crowd analysis, license plate recognition, and privacy masking, among other uses. Cameras can also work together with speakers, access control products, and other network devices. In that setup, computer vision becomes one part of a broader security or operational system rather than a standalone application.
Puntos clave:
- Swedish network video and analytics company
- AI-based video analysis
- Security and operational monitoring
- License plate recognition
- Occupancy and crowd monitoring
- Video privacy masking
- Integration with access control and network devices
Servicios:
- Video analytics
- AI-based surveillance
- Perimeter monitoring
- License plate recognition
- Vehicle access control
- Occupancy monitoring
- Crowd activity monitoring
- Privacy masking
- Intrusion detection
- Network camera systems
Información del contacto:
- Website: www.axis.com
- E-mail: [email protected]
- Facebook: www.facebook.com/axiscommunications
- Twitter: x.com/axisipvideo
- LinkedIn: www.linkedin.com/company/axis-communications
- Instagram: www.instagram.com/axiscommunications
- Address: Sweden, Lund, Axis Communications AB, Granden 1, SE-223 69 Lund
- Phone: +46 46 272 18 00
11. Flowity
Flowity applies computer vision to roads and other physical infrastructure. Its road platform works with ordinary video footage, looking for cracks, potholes, and other surface problems. Once those issues have been detected, the results can be mapped and organized for maintenance teams.
Road inspection isn’t the only application. Flowity also works with traffic analysis, workplace safety, and facility use. A useful part of the approach is that the output can feed into GIS, pavement management, and other systems teams may already be using. So the job isn’t simply to recognize something in a video, but to turn that recognition into information that can actually be used in day-to-day operations.
Puntos clave:
- Based in Stockholm, Sweden
- Road condition monitoring with computer vision
- Crack, pothole, and road defect detection
- Inspection using ordinary video
- GIS and asset management outputs
- Traffic, safety, and workplace applications
Servicios:
- Road defect detection
- Road surface inspection
- Video analysis
- Road condition mapping
- Traffic analysis
- Safety monitoring
- Workplace monitoring
- Infrastructure asset analysis
- GIS-ready road condition outputs
- Maintenance monitoring
Información del contacto:
- Sitio web: www.flowity.com
- Correo electrónico: [email protected]
- LinkedIn: www.linkedin.com/company/flowity
- Address: Maria Trappgrand 5, 118 20 Stockholm, Sweden
- Teléfono: +46 73 862 25 51
12. CHI Software
For CHI Software, computer vision sits within a much larger software and AI practice. Their teams work with machine learning, NLP, recommendation systems, AI assistants, and other technologies alongside vision. On the computer vision side, that includes software capable of recognizing objects and processing images or other visual input.
Because they also handle general software development, a vision model doesn’t necessarily have to remain a separate component. It can be connected to web or mobile applications, IoT devices, cloud environments, and other parts of a client’s system. Their previous visual projects include object recognition tools and virtual makeup applications, which gives a sense of how varied those projects can be.
Puntos clave:
- Custom AI and software development
- Computer vision within a broader AI practice
- Object recognition projects
- Machine learning and computer vision combined
- Web, mobile, cloud, and IoT experience
- Research, development, integration, and deployment
Servicios:
- Computer vision development
- Reconocimiento de objetos
- Machine learning development
- Custom AI software
- consultoría en IA
- MLOps
- IoT development
- Cloud integration
- Web and mobile development
- AI system deployment
Información del contacto:
- Website: chisw.com
- E-mail: [email protected]
- Facebook: www.facebook.com/chisoftware
- Twitter: x.com/chisoftware
- LinkedIn: www.linkedin.com/company/chisoftware
- Instagram: www.instagram.com/chi.software
13. RISE Research Institutes of Sweden
RISE is a little different from the commercial computer vision vendors on this list. As Sweden’s national research institute, it works with businesses and public organizations on applied research, testing, technology development, and demonstration across a broad range of fields. A project might begin as research and later move into validation, certification, or preparation for practical use.
Computer vision fits into that wider research environment rather than appearing as one dedicated RISE product. Work involving intelligent systems, automated transport, digital technology, and related areas can draw on the institute’s laboratories and test facilities. AstaZero, its automated transport testing environment, is one example. So RISE makes more sense here as a research and testing partner than as a conventional computer vision software provider.
Puntos clave:
- Sweden’s national research institute
- Applied research with companies and public organizations
- Testing and demonstration infrastructure
- Automated transport and digital technology work
- Support from research through validation
- Projects spanning multiple technical fields
Servicios:
- Applied research
- Technology development
- Testing and validation
- Product and system demonstration
- Research collaboration
- Certification
- Calibration
- Technical infrastructure access
- Automated transport testing
- Innovation support
Información del contacto:
- Website: www.ri.se
- E-mail: [email protected]
- Address: Sven Hultins plats 5, 412 58 Goteborg, Sweden
- Phone: +46 10-516 50 00
14. Ceva
Ceva is closer to the underlying technology layer of computer vision. The company develops and licenses silicon and software IP used in embedded systems, with vision sitting alongside radar, audio, wireless connectivity, sensor fusion, and embedded machine learning. Device manufacturers can integrate these technologies into their own products rather than buying a finished vision application.
Its portfolio includes vision processing for embedded and edge environments, as well as technology for running machine learning inference directly on devices. These capabilities show up in automotive, industrial, consumer IoT, mobile, PC, and infrastructure products. So when it comes to computer vision, Ceva is mainly about the processing, AI, and embedded technology underneath the final application.
Puntos clave:
- Silicon and software IP
- Embedded computer vision
- Edge AI and machine learning
- Vision processing combined with other sensors
- Automotive and industrial applications
- Technology designed for integration into third-party products
Servicios:
- Vision processing IP
- IA integrada
- Edge AI
- Machine learning acceleration
- Sensor fusion
- Radar processing
- Audio processing
- Wireless connectivity IP
- AI model development tools
- Embedded system technology
Información del contacto:
- Website: www.ceva-ip.com
- Facebook: www.facebook.com/CEVA-Inc-1708671739151433
- Twitter: x.com/CEVA_IP
- LinkedIn: www.linkedin.com/company/ceva
- Instagram: www.instagram.com/ceva_ip
- Address: Klarabergsviadukten 70 Box 70396 107 24 Stockholm Sweden
- Phone: +46 (0)8 506 362 24
15. Taigatech
Taigatech develops computer vision and machine learning systems for the forest industry. Their work focuses on using visual data to understand wood and timber during processing, with the aim of supporting tasks such as sorting, inspection, and production monitoring. The company is based in Gothenburg and works with industrial applications where cameras and AI can be used to analyze materials as they move through production.
Their technology combines computer vision with machine learning to identify characteristics in wood and support automated decisions during processing. The company works closely with the forest industry and develops solutions around particular production problems rather than treating computer vision as a standalone technology. Their work also connects with resource efficiency and the automation of processes that traditionally require manual assessment.
Puntos clave:
- Based in Gothenburg, Sweden
- Computer vision and machine learning
- Focus on the forest and wood industry
- Visual analysis of wood and timber
- Automated inspection and sorting
- Industrial AI applications
- Production process monitoring
Servicios:
- Computer vision development
- Machine learning
- Visual inspection
- Wood and timber analysis
- Automated sorting
- Análisis de imágenes
- AI-based production monitoring
- Industrial AI solutions
- Computer vision integration
Información del contacto:
- Website: taigatech.se
- E-mail: [email protected]
- Address: Sofierogatan 3A, 412 51 Goteborg, Sweden
- Phone: +46 (0)31 141 505
Conclusión
There’s quite a bit of variety in Sweden’s computer vision scene, and that’s probably more useful than having a long list of companies doing roughly the same thing. Some are concentrating on very specific problems, like checking roads, inspecting products, or understanding driver behavior. Others are building the underlying edge hardware, embedded technology, or broader platforms that can support many different applications. Research organizations add another layer, especially when a project needs testing or development beyond the software itself.
That also means choosing between these companies isn’t really about finding the one with the longest list of features. The practical questions matter more. What exactly needs to be detected? Is the system going into a factory, a vehicle, a camera network, or perhaps working with satellite imagery? Does it need to react immediately at the edge, or can processing happen elsewhere? Once those details are clear, the list gets much easier to narrow down.