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Multilevel holographic encryption based on the Tiger Amulet concept.

ZhongYe Ji, Jun Chang, JunYa Wang

|December 2, 2023

Summary

This study introduces a novel multilevel optical holographic encryption (OHE) method using the Tiger Amulet (TA) concept. It enhances security by using deceptive content and exploiting hologram robustness for improved data protection.

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Area of Science:

Information Security
Optics
Cryptography

Background:

Optical holographic encryption (OHE) offers parallel and multi-dimensional data security.
Existing OHE methods face security challenges due to hologram robustness.
There is a need for advanced OHE techniques to address persistent security flaws.

Purpose of the Study:

To propose a novel multilevel holographic encryption method.
To enhance the security of optical holographic encryption systems.
To leverage the Tiger Amulet (TA) concept for improved data protection.

Main Methods:

Developed a multilevel holographic encryption approach based on the Tiger Amulet (TA) concept.
Implemented a dual-ciphertext strategy with deceptive low-level plaintext.
Utilized hologram robustness in reverse for enhanced middle-level plaintext security.

Main Results:

The proposed method employs two ciphertexts for enhanced security.
Deceptive content confounds eavesdroppers, while hologram robustness protects middle-level data.
High-level plaintext decryption requires combined and collimated ciphertexts via the TA mechanism.

Conclusions:

The TA-based multilevel OHE enhances security and sensitivity in decryption.
The method offers promising applicability in diverse information security scenarios.
This approach has the potential to redefine multilevel OHE design.