International Research Journal of Education and Technology

The paper provides an advanced Multi-Secret Sharing (MSS) scheme that can be applied to securely transfer medical information by incorporating Reversible Data Hiding (RDH), LSB steganography, and XOR-based encryption for guaranteeing confidentiality, integrity, and imperceptibility. RDH supports embedding data within cover media like medical images, where data is extracted in reversible fashion with preservation of original image quality. The LSB algorithm hides sensitive information in the least significant bits of pixels, making it imperceptible to the human eye. XOR encryption and visual cryptography divide the data into multiple encrypted shares, requiring all shares for reconstruction, which strengthens security by making unauthorized access more difficult.

This multi-level security structure overcomes crucial healthcare network issues. RDH prevents image alterations, and LSB provides dense data embedding with slight visual disruption. XOR encryption is the added security that breaks encrypted shares across to spread it across the space, preventing unauthorized attackers from obtaining access. Randomized embedding provides additional immunity from statistical attacks. Overall, this MSS solution is a safe, scalable means of sharing medical data, while protecting patient confidentiality, data integrity, and regulatory compliance.

Keywords: Multi-Secret Sharing, Reversible Data Hiding, LSB Steganography, XOR Encryption, Medical Data Security, Visual Cryptography, Real-Time Embedding, Data Integrity, Secure Transmission, Deep Learning, Edge Computing, Cloud Storage.