This study aims to delve deeper into the different methods used for detecting deepfakes, and assess their effectiveness in identifying manipulated content, including the quality of source material and the complexity of the deepfake algorithm.
The proliferation of deepfakes, utilizing sophisticated machine learning algorithms to create falsified media content, is a growing concern for society. This study aims to delve deeper into the different methods used for detecting deepfakes, and assess their effectiveness in identifying manipulated content. Specifically, we are interested in exploring the factors that impact the accuracy of these detection methods, including the quality of source material and the complexity of the deepfake algorithm. By analyzing existing research and experimentation, this paper offers insights into the challenges and limitations of deepfake detection and highlights the need for continued innovation in this field. Ultimately, our research paper aims to contribute to ongoing efforts to combat the spread of deepfakes and promote the creation of trustworthy media content that accurately represents reality.