Computer Vision. Making Machines Perceive the World.
Computer Vision can automate processes via image understanding and enable decision making based on visual data across multiple domains. At DeepArt Labs, we help you solve critical business challenges from optimizing supply chains and enhancing transportation efficiency to the early detection of medical issues.
How we make the difference.
From hardware specifications to software development to successful deployment.
Computer vision enhances manufacturing efficiency and product quality by automating processes that traditionally rely on manual intervention.
Monitoring and predictive maintenance
Automating tasks within healthcare
Plant Automation
Our Services
Enhance product quality and safety with computer vision. Identify and classify defects, ensuring that only high-quality products reach the market.
Identify and classify defects in products
Validate barcodes and expiry dates on labels
Detect cap issues on bottles or containers
Ensure proper thermal seals in packaging
Common Use Cases
Leverage computer vision for a variety of applications to streamline operations and enhance security.
Convert text to machine-readable format (OCR)
Classify objects in images
Detect and track objects in images
Enhance security with face recognition
Pose Estimation
Object and human pose estimation tracks and analyzes entities in 3D, offering valuable insights for various applications. This technology is crucial for improving user experiences in augmented reality, robotics, fitness, public safety, and others.
Improve navigation and manipulation in robotics
Optimize logistics by tracking items' poses
Provide feedback on workouts
Create immersive AR experiences
Scene Reconstruction
Scene reconstruction uses advanced algorithms and high-quality imaging to create accurate 3D representations of environments. This technology is vital for applications in augmented reality, robotics, and other fields requiring detailed spatial analysis.
Develop detailed 3D models for planning
Automate quality control processes
Create immersive virtual environments
Enable robots to navigate without collisions
Industry Applications
3D vision technology transforms various industries by enabling precise modeling, quality control, and immersive experiences. It supports detailed 3D modeling, automated quality control, and enhances machine capabilities.
Creating 3D models of buildings
Documenting and preserving historical sites
Enabling robot interactions with surroundings
Developing special effects for movies and games
2D Devices
Selecting the right imaging devices is crucial for optimizing vision applications.
High-Resolution RGB or Mono Cameras
High-speed recording cameras
Compact Cameras
Smart cameras
3D Devices
3D imaging devices provide depth perception and detailed analysis, replicating human binocular vision.
3D Laser Profile Sensors
3D stereo cameras
3D time of flight devices
3D line profile cameras
Other Components
Ensure optimal performance with the right components in vision hardware systems.
1D devices, like line scanners
Proper light source
Processors (CPU, GPU, on-board, etc.)
Auxiliary components (polarizer, etc.)
“I could write an essay several pages long to describe positive qualities, but the one that impressed me most was willingness to delve into every detail of the work required to identify critical issues and find practical, workable solutions.”
– Lorenzo T.
Medical Devices Development
Common questions about Computer Vision
What are the benefits of applying computer vision solutions?
What domains do you work with?
How much data do I need for a computer vision project?
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