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The fake image detection industry has witnessed significant technological advancements. More advanced deep learning techniques, especially Convolutional Neural Networks (CNNs), are greatly boosting the accuracy of fake picture identification. CNNs may evaluate pictures for minute discrepancies and patterns that indicate manipulation, resulting in more accurate identification of forgeries. Advancements in data gathering and labelling techniques are resulting in richer and more diversified datasets for training AI models. These datasets provide a broader range of image types, alteration techniques, and content, allowing computers to generalize and become more robust in identifying different sorts of forgery.
Furthermore, the emergence of strong cloud computing platforms has enabled the processing capacity and scalability required to run large AI models efficiently. This allows for the real-time analysis of a large volume of images, making detection solutions more useful in a variety of applications.
For instance, in October 2023, Sumsub, a full-cycle verification platform, launched 'For Fake's Sake', a groundbreaking platform designed to detect deepfakes and synthetic fraud. This innovation enables users to estimate the likelihood of an uploaded image having been artificially created. Sumsub's in-house AI/ML Research Lab is behind the development of the platform, assembling four distinct machine learning models for deepfake and synthetic fraud detection.