Quantum Decryption Offset-Defend, Deny, Discover: A Strategic Framework for Offsetting Enabling Technologies in an Era ofIntegrated Deterrence
Abstract
Integrated Deterrence includes offsetting adversary enabling-technology development. The rules-based world order faces a revisionist adversary in China and the emergence of dual-use enabling technologies suitable for civilian use and military advantage. Examples include artificial intelligence, 5G, nanotechnology, and quantum computing. The latter can theoretically break the encryption that secures the internet, critical infrastructure, and financial systems. The U.S.-China relationship is also dual-use a country with whom the U.S. wants to trade and invest, but a competitor militarily and economically. The technological progress of quantum computing is inevitable, and through it, quantum decryption poses an existential threat to the rules-based world order if weaponized by China. Fortunately, protection is possible. Post-quantum cryptography (PQC) defends classical information systems from quantum decryption. PQC is in development, as is the quantum computer. Thus, the United States requires a technology offset strategy in the Indo-Pacific to protect classical information systems and deny China their desired outcomes from quantum decryption. To achieve this end, the author proposes a system of three interdependent strategic pillars to defend allies and the U.S., deny China access to technology solutions, and discover international and bilateral collaboration opportunities. Defend Deny Discover transcends offsetting quantum decryption; it serves as an exemplar to address enabling technologies within a greater Integrated Deterrence framework.
Document Details
- Document Type
- Technical Report
- Publication Date
- Feb 25, 2022
- Accession Number
- AD1176628
Entities
People
- Kevin Schrodt
Organizations
- Naval War College