- Artificial Intelligence
Anomaly Detection
Anomaly Detection identifies irregular patterns in data to prevent fraud, detect defects, and enhance system performance and security.

Anomaly Detection addresses the challenging problem of detecting automatically exceptions or defects in a background image, i.e. identifying rare cases that differ from the typical cases that make up the majority of a dataset. Here, we investigated several types of Surface Defects and will add more and more anomalies in future. Multiple classification and segmentation deep networks are employed for each case and dataset. Please note that the training process was supervised now and the service has to be tested by images and defects similar to the ones in the dataset. Currently, 15 different datasets and their corresponding surface defect detection algorithm is ready for try. These datasets cover defect on surfaces like: Metal, Steel, Polymer and Texture. You may try the algorithms freely by our simple UI on your own images and in case of interest, you may leave us a customization request to retrain the networks on your specific dataset or other type of surfaces and defects. saiwa Anomaly Detection service provides the following features: • Detecting multiple anomaly types using one single interface • Covering 15 different datasets of various defects on Metal, Steel, Polymer and Texture surfaces • Providing state-of-the-art recent deep learning based methods for each dataset • Multiple classification and segmentation deep networks • Preview samples of defects of each dataset • Image aggregation to apply the algorithm on several images at once • Preview and download the results • Exporting and archiving the results in user cloud space or locally • Service customization by saiwa© team using “Request for customization” option https://cms.saiwa.ai/uploads/Defect_Detection_1080_Link_Cover1_0f9e22ec0d.m4v
Note: Some visuals on this blog post were generated using AI tools.
About the team
Amirhossein Komeili
I’m an AI Developer specializing in Computer Vision and deep learning. At Saiwa, I work on developing and optimizing intelligent systems that apply advanced image analysis to address real-world challenges, particularly in agriculture. My focus is on creating practical, high-impact AI solutions that enhance efficiency, accuracy, and decision-making across diverse applications.
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