Byzantine Strategy, Red Sea Volatility, and the Shadow of Cyber-AI Dominance
By Michail Ploumis
Recent geopolitical developments highlight the enduring relevance of classical grand strategy—specifically what can be described as Byzantine Strategy—in modern conflict resolution and power projection.
The recent new US-Denmark agreement serves as a textbook example of this strategy: demanding excessive concessions (anchoring high) to secure core operational objectives. This strategic posture is currently being tested in the Red Sea and the Bab-el-Mandeb Strait, where Houthi forces have seized coastal positions and islets, directly threatening maritime navigation and targeted Saudi interests.
While Saudi Arabia has requested direct US military intervention, Washington’s refusal points to a broader diplomatic maneuver. The crisis presents a byzantine strategic leverage point: pressing Riyadh toward formal integration into the Abraham Accords and recognition of Israel, in exchange for regional security arrangements. Reported multilateral meetings between top military leaders from the US, Israel, Saudi Arabia, UAE, Bahrain, Qatar, Kuwait, Jordan, and Egypt in Germany underscore the complex, multi-layered coalition-building underway.
However, military containment alone remains insufficient. Regional dynamics are further complicated by diverging Yemeni policies between Riyadh and Abu Dhabi, as well as the reality that kinetic operations against asymmetric forces require sustained coalition backing.
Parallel to these geopolitical friction points lies an emerging, existential threat vector: AI-driven infrastructure disruption. A critical threshold in artificial intelligence does not require bio-weaponry or kinetic proliferation to trigger systemic collapse. Sophisticated, autonomous cyber-attacks targeting critical national infrastructure—energy grids, financial networks, and supply chains—could paralyze modern urban centers, plunging civil society into systemic vulnerability.
Reflecting the urgency of this threat, AI pioneers and industry leaders are scheduled to address the United Nations General Assembly regarding these existential risks, while the U.S. defense establishment prepares for the formal activation of a dedicated cyber-AI strike force.
Understanding the convergence of traditional grand strategy, regional proxy warfare, and autonomous cyber threats is essential for modern defense analysis. At the Cybernetics and Artificial Intelligence Laboratory (CAIL) of the National and Kapodistrian University of Athens, we analyze these overlapping domains to map the future of hybrid warfare and strategic stability.
