Earticle

초록

영어

The merger of biotech and cyberwarfare has opened up a new war zone where DNA is programmable, weaponizable, and exploitable for gaining the upper hand in war. The paper delves into the interdisciplinary field of cyberbiosecurity which is an integrated framework that combines cybersecurity, synthetic biology, and defense strategy to deal with biological cyber threats. Once cyberbiosecurity is breached, and AI-driven genome editing is used along with a clandestine bioinformatics operation, an individual, a population, or an ecosystem can be the target with surgical precision. The study recognizes the means for genetic weaponization, pinpoints the genomic databases' weaknesses, and suggests a bio-digital defense model that combines secure DNA sequencing, blockchainbased genome storage, and AI threat detection to overcome the challenges.This paper, by defining DNA hacking as a component of national defense strategy, is an effort to equip the military and scientific communities with the requisite knowledge and skills to combat the rise of genetic warfare that is bound to happen.

목차

Abstract
I. INDRODUCTION
II. Literature Review
III. Methodology
A. Research Design
C. Data and Tools
D. Validation and Testing
IV. Results
A. Quantitative Analysis
B. Mathematical Representation
C. Experimental Data Summary
D. Graphical Visualization
E. Holographic Threat Visualization
F. Summary of Findings
V. Discussion
V. Conclusion
VI. References

저자

• Atif Ali [ Research Management Centre (RMC), Multimedia University, Cyberjaye 63100 Malaysia. ]
• Salman Ghani Virk [ Riphah International University, Islamabad, Pakistan. ]
• Zulqarnain Farid [ Dept of Criminology, University of Karachi, Pakistan ]
• Tariq Hanif [ UIIT PMAS Arid Agriculture University, Rawalpindi Pakistan ]
• Ali Raza [ University of Gujrat, Pakistan ]
• Muhammad Shahid Iqbal [ PMAS Arid Agriculture University, Rawalpindi, Pakistan ]

참고문헌