Blockchain and Steganography
Hemlata Parmar, Vijay Shankar Sharma, Siddhanta Kumar Singh · Advances in information security, privacy, and ethics book series · 2024
The rapid expansion of quantum computing presents a substantial obstacle to the available encryption methods, especially those employed in blockchain technology. Because of the impending dangers posed by quantum computing, there is an urgent requirement for more secure systems for the encryption and transport of data. The quantum-resistant blockchain steganography (QRBS) framework is a revolutionary concept presented in this study. Steganography and blockchain technology are both included in this framework, which is further strengthened by quantum-resistant cryptography and deep learning. Furthermore, the authors present an adaptive deep-learning model for steganography that can evolve to deal with attacks that are becoming increasingly complex. Experiments have been conducted to validate the proposed system, demonstrating considerable gains in security and robustness. As a result, this system is an appropriate option for secure data management in future quantum computing settings.