Quantum Bio-Cryptography Meets Rigene

In the spirit of open collaboration and scientific co-evolution, I’m pleased to share a new contribution to the Rigene Project by Denise Venerable and Grok 3 (xAI): Quantum Bio-Cryptographic Sensors for Bioquantum Blockchain.

This paper extends Rigene’s vision by proposing a secure, quantum-resistant, and bio-inspired blockchain platform that connects Earth and space via intelligent sensor networks.

Summary of the Paper

Some key highlights from the work:

• Post-Quantum Cryptography (PQC) using ML-KEM (Kyber), ensuring security against Shor’s algorithm and other quantum threats.

• Quantum Dot (QD) and graphene-based nanosensors for real-time detection of pollutants with ppb-level precision.

• Metasurfaces to amplify quantum sensing signals and optimize entanglement-based communication.

• Evolutionary Digital DNA (EDD-CVT) for ultra-dense, low-energy data encoding on the blockchain.

• Satellite QKD + PQC to synchronize Earth-space networks with <1 ms latency.

• Achieves:

Link to Rigene Project Vision

This paper aligns deeply with the Rigene Project’s pillars:

• TINA’s AIoT Neuro-Swarm as a distributed planetary sensing system.

[Rigene Project - AIoT Neuro-Swarm - Rigene Project - TINA (Technical Intelligent Nervous Adaptive System)]

• The transition to Industry 6.0 and 7.0 through bioquantum scalability.

• Ethical and inclusive deployment of deep tech under the TFTPSP framework.

[Rigene Project - Technological Fields Theory (TFT)]

Call for Community Insight

We invite cryptographers, bioengineers, AI developers, quantum physicists, and ethics scholars to join this evolving conversation.

• Could quantum dot sensors and metasurfaces truly anchor a space-Earth informational nervous system?

• Can Evolutionary Digital DNA serve as the next-generation infrastructure for secure planetary data?

Let us co-construct, question, and iterate.