Exploring the Security Implications of Quantum Computing on Current Encryption Techniques

S Zaky Mohamed

K. Sriprasadh, Richa Richa, E. Umashankari +3 more

Quantum computing offers an unprecedented level of security for computing systems: the ability to detect intrusions and malicious activity without the need for traditional cryptographic techniques. In the area of cybersecurity, the introduction of quantum computing has both increased expectations and concerns. Due to their capacity to quickly solve difficult mathematical problems like factoring big numbers, quantum computers may pose a serious threat to traditional encryption techniques, which are the foundation of secure digital communication. The potential of quantum computing in the context of cybersecurity encryption is examined in this research. It explores the core ideas behind quantum computing, how it affects modern encryption methods, and the opportunities and difficulties it poses for the cybersecurity industry. This paper explores the potential of quantum computing for encryption in cybersecurity. Drawing from recent research in quantum cryptography, it outlines how current encryption methods are vulnerable to attack and analyses the benefits and challenges of leveraging quantum computing for secure communications. The paper culminates in a discussion of the implications of 97quantum computing for the future of cybersecurity and offers insight into the necessary steps to take in order to successfully incorporate quantum computing into cryptographic systems.

Alok Priyadarshi, Raushan Kumar, Kumar Soumya +2 more

Mayank Kumar Jha

This research paper, “Impact of Quantum Computing on Modern Encryption Systems,” by Mayank Kumar Jha, examines how the rapid advancement of quantum computing is poised to transform and challenge existing cryptographic systems. The study explains the fundamental principles of quantum computing, including qubits, superposition, and entanglement, and analyzes key algorithms such as Shor’s and Grover’s that threaten traditional encryption methods like RSA and ECC. It highlights critical vulnerabilities in current security frameworks, particularly the risk of future decryption of today’s encrypted data, and discusses the growing need for quantum resistant cryptographic solutions. The paper also explores post-quantum cryptography techniques, real-world implications across industries, and the challenges of transitioning to secure systems, ultimately emphasizing the urgency of proactive adaptation to ensure long-term data security in the quantum era.

Pragati V. Thawani, Prafulla E. Ajmre, Suhashini Awadhesh Chaurasia

Dhinakaran Vijayalakshmi, S. Krithiga, Trinay Gangisetty +2 more

Safeguarding confidential information from unwanted access is of utmost importance in the current age of digital interactions and knowledge sharing. This chapter explores the complex world of encryption techniques and how important they are to maintaining data privacy. The study examines the evolution of encryption historically over time, following its origins from traditional cryptography to the present modern methodologies for cryptography, showcasing the mathematical frameworks that support their security. Further, it focuses on the difficulties that encryption protocols have to deal with in light of cutting-edge technology like quantum computing, which could endanger established cryptographic techniques. The ethical and legal implications of encryption and data privacy are a crucial component. With the results of historical investigations, technical difficulties, and ethical issues taken into account, the study offers a road map for improving data privacy in the digital era.