MicroCloud Hologram Inc. Develops Technology Based on Quantum Key Distribution ...

SHENZHEN, China , April 10, 2026 /PRNewswire/ -- MicroCloud Hologram Inc. (NASDAQ: HOLO), ("HOLO" or the "Company"), a technology service provider, developed a technology based on quantum key distribution protocol and quantum random number generation technology, combined with phase modulation holographic imaging method, and constructed an authentication system that integrates quantum characteristics and holographic technology. This technology, through the dual assurance of quantum state transmission and holographic recording, establishes new protection mechanisms in fields such as financial regulation, IoT security, and digital asset management, providing an innovative technical path for building a quantum-secure data exchange environment.

In the core architecture of quantum holographic authentication, the quantum random number generation module has achieved a foundational breakthrough. This system uses a single-photon source to generate quantum random sequences, encodes authentication information into photon quantum states through quantum state preparation, and then utilizes holographic recording media to form optical holograms with quantum characteristics. Compared to traditional encryption methods based on mathematical complexity, this technology fully leverages the quantum no-cloning principle to ensure absolute security in the authentication process. Experimental data shows that the system can still maintain stable authentication performance in quantum noise environments, with a misidentification rate below the 10^-8 order of magnitude.

At the technical implementation level, HOLO adopts a layered quantum security protocol stack design. The bottom layer establishes a quantum key distribution channel based on decoy states, the middle layer deploys a quantum phase modulation holographic recording system, and the upper layer constructs a quantum state verification mechanism. In the authentication process, first, a secure channel is established through quantum entanglement swapping, then holographic image acquisition is performed using quantum tomography technology, and finally, authentication verification is completed through quantum measurement. The entire process integrates the latest achievements in quantum optics and quantum information processing, achieving a technological leap from classical cryptography to quantum cryptography.

The security mechanism of this system is established on the foundational principles of quantum mechanics. The quantum no-cloning theorem ensures the absolute security of the authentication keys, while the Heisenberg uncertainty principle guarantees the reliability of the verification process. The system adopts a distributed quantum storage design, dispersing the authentication keys in quantum state form across multiple nodes, which can only be completely reconstructed through quantum entanglement swapping. This architecture not only provides rigorous information-theoretic security proofs but also effectively resists potential attacks from future quantum computers.