Deep Learning Safeguard
B. Venkatesan, Khaja Mannanuddin, Senthilnathan Chidambaranathan, J. M Balajee, Bhargav Ram Rayapati, K. Baskar · Advances in information security, privacy, and ethics book series · 2024
The proposed system not only capitalizes on DCGANs' ability to generate realistic synthetic data but also employs their hierarchical feature learning to enhance the detection of subtle security anomalies. Through extensive experimentation and implementation, this research showcases the efficacy of the proposed system in addressing the complexities and uncertainties prevalent in open environments. The model excels in augmenting security systems by generating diverse and realistic data, thereby improving the robustness of threat detection mechanisms. GuardianDCGAN's application extends beyond traditional security paradigms, offering a dynamic and adaptable safeguarding mechanism capable of adapting to emerging threats. The integration of DCGANs in the proposed system signifies a significant step forward in security technology, promising to revolutionize safeguarding practices in open environments by providing a proactive and intelligent defense mechanism grounded.