Abstract:
In today's interconnected world, marked by the global reach of the internet and remarkable technological strides, geographical boundaries have diminished, fostering seamless communication across vast distances via diverse mediums. However, this digital landscape introduces vulnerabilities, wherein intercepted information jeopardizes privacy. Recognizing this, platforms such as WhatsApp, Facebook, and Quora prioritize robust information security to instill user trust and sustain engagement. Cryptography stands as the cornerstone in this endeavor, fortifying data transmission against unauthorized access through intricate algorithms and methods. This paper introduces an original cryptographic paradigm, harnessing the potency of Chebyshev Polynomials and the Laplace Transform for encryption. By leveraging mathematical intricacies, this scheme promises heightened security and efficiency in safeguarding sensitive information. As technology races forward, innovations like these underscore the ongoing commitment to fortify digital realms, ensuring confidentiality and bolstering user confidence in an ever-evolving digital era.
Description:
In our contemporary world, marked by the pervasive utilization of computer networks and the internet, cryptography has emerged as a cornerstone of our technologically driven lives. This reliance stems from the imperative need to shield information against unauthorized access. With roots in ancient times, cryptography has evolved into an indispensable security tool, safeguarding data from hackers and theft, with notable prominence during the World Wars.
