EPINOVA Research Signals

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From Selective Restriction to Universal Blockade:

Legal Contestation and Third-Party Naval Intervention in the Strait of Hormuz

This brief distinguishes bounded restriction from system-wide blockade in the Strait of Hormuz, showing how universalized coercion produces systemic disruption. It argues the crisis has shifted from bilateral conflict to maritime governance. Drawing on UNCLOS and the UN Charter, it supports third-party deployment as navigation assurance. Using MCCM v2.0+, it demonstrates how intervention stabilizes flows while increasing escalation risk. 

Beyond the Gulf: 

The Emergence of a Three-Channel, Threshold-Delaying Logistics System in Iran under Sustained Geopolitical Constraint

This policy brief analyzes Iran’s external logistics system under sustained geopolitical constraint, conceptualizing it as a three-channel architecture integrating maritime, rail, and road transport. It introduces a threshold-delaying model in which continuity is maintained through minimum viable flow rather than capacity maximization. Evidence suggests limited but resilient throughput, implying that disruption effectiveness depends on targeting bottlenecks rather than aggregate capacity.

Governing Fragmentation: 

Jurisdictional Competition and China’s Counter-Extraterritoriality Framework

This policy report examines jurisdiction as a domain of strategic competition, using China’s counter-extraterritoriality framework as a case. It argues jurisdiction has become a contested dimension of state power, driving global compliance fragmentation and a jurisdictional regime complex. Identifying trajectories of managed fragmentation, legal retaliation, and bifurcation, it concludes that stability depends on effectively governing fragmentation without assuming systemic convergence. 

From Cost Monitoring to Systemic Escalation Assessment:

The MCCM v2.0+ Framework

This policy brief introduces MCCM v2.0+, a framework for systemic escalation assessment beyond cost-based monitoring. It models escalation as a multi-layered, networked process across domains using 23 variables. A case study of April 12, 2026 illustrates high-risk dynamics below breakdown thresholds. MCCM v2.0+ supports early warning, scenario analysis, and policy interpretation under uncertainty in complex conflict systems. 

U.S. Defense Procurement (Jan–Apr 2026): 

AI as the Foundation of Modern Warfare

This policy brief analyzes U.S. AI-related defense procurement (Jan–Apr 2026), showing rapid growth and a structural shift toward AI as a foundational layer enabling system coherence, operational stability, and effective performance under high-intensity, complex combat conditions. 

Russia–Iran Northern Supply Capacity:

A Three-Channel Assessment of Sustained Throughput Under Constraint

This brief assesses Russia–Iran northern supply as a constrained three-channel system, estimating 3,800–29,000 t/day. It shows the network functions as a resilience mechanism that sustains continuity, delays escalation (LoCT), and redistributes costs (MCCM), rather than enabling large-scale surge logistics. 

Ceasefire as Recovery Competition: 

Rearmament, External Support, and Strategic Regeneration in a Non-Enforcement Environment

Ceasefires under conditions of non-enforcement do not stabilize conflict; they restructure it into a competitive interval of recovery. Actors convert time into military capability at unequal rates, while sustained pressure on proxy networks degrades deterrence coherence. The interaction between asymmetric recovery and network disruption produces systemic instability rather than equilibrium, reshaping the balance of power ahead of renewed competition. 

Ceasefire Under Conditions of Non-Enforcement:

Time Arbitrage, Negotiation Dynamics, and Controlled De-escalation in the U.S.–Iran Conflict with Israeli Structural Constraints

This policy brief examines ceasefire design under conditions of non-enforcement, using the U.S.–Iran conflict with Israeli structural constraints as a primary analytical case. It reconceptualizes ceasefire as a self-enforcing strategic arrangement rather than a trust-based mechanism, introducing time arbitrage to explain how negotiations redistribute temporal advantage. The study identifies asymmetric pauses as a key source of instability and proposes the Six-Layer Lock Mechanism (SLLM), a modular framework for structuring synchronized, verifiable, and reversible exchanges. The findings offer a transferable model for controlled, conditional de-escalation in high-intensity conflicts lacking external enforcement 

What Cannot Be Recovered Cannot Be Leveraged:

Debris, Evidence, and Power in the Iran Battlefield

This brief argues that strategic influence in modern warfare is conditioned by recoverability, introducing a framework linking debris, evidence, and power in the 2026 U.S–Israel–Iran conflict. 

From Regional Power to Network Node: 

Iran’s Post-War Trajectory and Strategic Positioning

This policy brief analyzes Iran’s post-war trajectory as a shift toward a network-embedded strategic node. It highlights cost-imposition dynamics, partial alignment, and internal–external structural tensions. The concept of Network-Embedded Power is introduced to explain how influence derives from systemic positioning rather than traditional dominance.

From Representative of the West to Primary Node:

The Transformation of the United States in the Future Western and Transatlantic Political System

This policy brief examines the transformation of U.S. centrality from representation to networked connectivity within a partially aligned Western system. Driven by rising costs, strategic divergence, and system complexity, it introduces the Loss-of-Control Threshold (LoCT) to explain nonlinear escalation risks in an increasingly modular and coordinated but less controllable order. 

If the United States Suddenly Withdraws:

Systemic Shock, Proxy Amplification, and Strategic Realignment in the Middle East Conflict

This policy brief examines the systemic effects of a sudden U.S. withdrawal from the Middle East conflict. Using the SAR framework, MCCM, and the Loss-of-Control Threshold (LoCT), it shows how withdrawal redistributes and amplifies risk, driving cost diffusion, proxy escalation, and a transition toward a more volatile and less controllable conflict system.