What is it about?
Deep learning has become very good at recognizing objects in images, reading medical scans, and performing many other computer-vision tasks. But these models often act like “black boxes”: they give an answer, yet humans cannot easily see why the model chose that answer. This lack of transparency can be risky, especially in areas like medicine or safety-critical systems, where people need to trust and verify the model’s reasoning. This paper introduces Obz AI, a software platform designed to make computer-vision models easier to understand and easier to monitor in real time. Instead of treating explanations, model performance, and data quality as separate problems, Obz AI brings them together in one integrated system. It provides tools that automatically generate visual explanations showing which parts of an image influenced the model’s decision. It also detects unusual or “out-of-place” images that may indicate errors, data drift, or potential problems in the model’s environment. Obz AI includes a Python library that plugs directly into a user’s existing model, a backend for safely storing data and logs, and a user-friendly dashboard where engineers can explore images, explanations, outliers, and predictions. The system works with both everyday images, like photos from ImageNet, and specialized domains like medical imaging.
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Photo by National Cancer Institute on Unsplash
Why is it important?
As computer-vision systems are used in medicine, security, transportation, and daily consumer products, it becomes essential to understand how these models make decisions. When an AI system misinterprets a medical scan or misidentifies an object, people need tools to quickly uncover the cause. Without transparency, it is difficult to trust, evaluate, or safely deploy these models in real-world environments. Obz AI is important because it provides a practical way to monitor how vision models behave and to reveal the reasoning behind their predictions. By showing what parts of an image influence the model and by detecting unusual or risky inputs, Obz AI helps engineers catch mistakes early and improve system reliability. This leads to safer AI applications, more informed decision-making, and greater confidence in deploying advanced computer-vision technology.
Perspectives
As researchers working with computer vision, we noticed that the field lacks observability and explainability tools. In contrast, language models (LLMs) now benefit from rich dashboards, evaluation suites, and monitoring platforms. We built Obz AI because we saw that computer vision engineers and end-users needed clearer explanations, better tools to detect unusual data, and an easier way to understand what their models are doing in real time. Our goal is to help bring the same level of transparency and safety to computer vision.
Neo Christopher Chung
Uniwersytet Warszawski
Read the Original
This page is a summary of: Explain and Monitor Deep Learning Models for Computer Vision using Obz AI, November 2025, ACM (Association for Computing Machinery),
DOI: 10.1145/3746252.3761486.
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