This company develops computer vision and machine learning technologies, creating tailored applications for various industries. They leverage research to build and deploy custom AI solutions.
Funding
Funding not disclosed
Founders
Product
Problem
Many industries face challenges in optimizing processes, enhancing product quality, and automating tasks due to limitations in current computer vision and AI solutions. Existing solutions often struggle with complex real-world scenarios, requiring extensive manual intervention and specialized expertise.
Solution
Covision Lab provides computer vision and AI solutions tailored to specific industry needs, acting as an outsourced R&D team to enhance existing products and processes. By bridging the gap between academic research and industrial practice, they leverage cutting-edge technologies like deep learning, embedded vision, and 3D sensing to solve complex challenges. Covision Lab collaborates with clients to develop and deploy custom AI solutions, driving innovation in manufacturing, printing, mobility, and other sectors. Their expertise includes defect detection, robotic color measurement, and high-precision 3D reconstruction.
Target Audience
The primary target audience includes companies in manufacturing, printing, and mobility industries seeking to enhance their products and processes through computer vision and AI, as well as research institutions and industry leaders.
Features
- Deep learning-based image and video analysis for defect detection and classification
- Embedded vision solutions optimized for AI accelerators on edge devices
- 3D sensing capabilities for capturing and interpreting objects and movements in three dimensions
- Expertise in generative AI and diffusion models for synthetic data generation
- Development of stereo vision systems for accurate 3D localization and robot control
- Neural network optimization, quantization, and pruning for efficient AI inference
- Multi-camera setup and optimization for complete surface coverage and minimal occlusion
- High-precision 3D reconstruction using advanced imaging technology and neural rendering