Digital Signature Authentication Using Deoxyribonucleic Acid Sequencing for Enhanced Online Verification

In today’s digitally driven world, advanced security for online transactions and communications is more crucial than ever. This paper introduces a groundbreaking digital signature authentication framework leveraging Deoxyribonucleic Acid (DNA) sequencing for enhanced cybersecurity. Departing from traditional cryptographic methods, our approach uses the unique complexity of DNA sequences to create unforgeable digital signatures. By integrating sophisticated bioinformatics algorithms with robust cryptographic techniques, we have developed an online verification system that is secure, private, user-friendly, and efficient. Designed to be adaptable and scalable, this framework suits a range of applications, from securing email communications to protecting financial transactions. Rigorous testing and evaluations have demonstrated the system’s effectiveness in preventing unauthorized access and significantly reducing security breaches. Utilizing DNA sequencing in our authentication process marks a pioneering step in biometric security, potentially transforming digital signature integrity and setting a new standard for future bio-cryptographic systems. This innovative method represents a significant advancement in online verification technologies, proving highly effective in ensuring the security and reliability of digital communications and transactions.