The Iran–Russia International North-South Transport Corridor (INSTC) has emerged as a critical geoeconomic lifeline in the post-2022 sanctions landscape, offering a strategic alternative to Western-dominated trade routes. This presentation examines how the INSTC functions as a sanctions-proof logistics network, addressing governance gaps, operational bottlenecks, and risk mitigation strategies. By analyzing the corridor's performance and resilience mechanisms, we explore its potential to redefine Eurasian trade dynamics and reduce dependency on Western financial systems.
The INSTC represents a unique case study in sanctions-resilient logistics, challenging conventional assumptions that treat sanctions as mere control variables rather than structural forces. The Iran–Russia dyad provides an ideal laboratory to examine how bilateral governance mechanisms can sustain trade continuity despite Western financial and logistical restrictions. This research highlights the corridor's role in maintaining operational sovereignty and its broader implications for geoeconomic strategy in the BRICS+ era.
This study proposes three key hypotheses: first, governance voids correlate with corridor performance under sanctions; second, sanctions impose an 8–12% risk premium on landed logistics costs; and third, soft-infrastructure alignment outweighs hard-infrastructure investment in resilience. The central research question investigates how a bilateral corridor can remain competitive under sanctions, with sub-questions focusing on operational bottlenecks, risk mitigation, governance mechanisms, and transferable best practices.
The primary aim is to design a governance framework for sanctions-resilient supply chains in dyadic corridors, with specific objectives including diagnosing bottlenecks, modeling sanction-induced risk scenarios, and crafting policy toolkits. Expected deliverables include a Bottleneck Atlas, Risk-Governance Toolkit, Strategic Alignment Blueprint, and Best-Practice Adaptation Matrix, benchmarked against alternative corridors like the BTK and Middle Corridor.
The research focuses on the Iran–Russia INSTC and the Central Caspian route (2020–2025), examining governance mechanisms, operational bottlenecks, sanction-induced risks, and strategic frameworks. Sectoral priorities include energy (LNG and condensates), agriculture (protein commodities), and manufacturing (metals and machinery). Theoretically, the study integrates geoeconomics with supply chain resilience theory to assess the corridor's strategic viability.
Employing a critical realism philosophy, this study uses an embedded single-case design with three sub-units: port, rail node, and freight forwarder. Data collection involves documentary analysis of treaties, tariffs, and bank protocols, alongside 22 semi-structured interviews. Comparative analysis with alternative corridors ensures robustness, while thematic coding (MAXQDA), SWOT synthesis, and pattern-matching enhance reliability. Ethical safeguards include zero-linkability anonymization and IRB clearance.
Existing literature primarily focuses on multilateral frameworks, neglecting the unique dynamics of dyadic sanctions. This research fills the gap by providing the first end-to-end mapping and performance quantification of the Iran–Russia INSTC. By integrating geoeconomic imperatives with supply-chain resilience and bilateral governance, the study confirms its urgent relevance in the BRICS+ era and for strategic investment planning.
Empirical findings reveal that the Rasht–Astara gap adds $150–200 per TEU and 48–72 hours of delay, while customs clearance takes 72 hours compared to a 24-hour benchmark. The risk premium stands at ~9% of total landed cost. Theoretically, the study contributes to sanctions-proofing and dyadic orchestration capabilities, with strategic deliverables including legal templates, digital integration blueprints, and blockchain-based logistics solutions.
The weaponization of economic interdependence in Eurasia has reshaped trade flows and logistics networks, with the INSTC offering an alternative route bypassing Western chokepoints. Operational sovereignty is essential for trade continuity, making the corridor a critical case study in sanctions-resilient logistics. This research provides empirical and theoretical insights into maintaining trade resilience amid geopolitical volatility.
Despite ambitious targets, the INSTC's cargo throughput in 2024 reached 26.9 million tons against a $25 billion goal, with maritime utilization at 45% and the Rasht–Astara gap remaining 170 km incomplete. Digital platforms like Iran's CTS and Russia's Mercury are not integrated, leading to financial settlement delays of 5–7 days compared to the 1–2 day SWIFT benchmark, highlighting operational inefficiencies.
The research aims to develop a Bottleneck Atlas mapping performance variance, dwell times, and costs across ports, rail nodes, and stakeholders. This empirical foundation will identify pain points and inform subsequent framework development, ensuring the corridor's resilience and efficiency. The atlas will serve as a critical tool for policymakers and logistics operators navigating sanctions-induced challenges.
The study proposes a sanctions-adapted risk governance framework, including the design of a Bilateral Risk Insurance Pool (BRIP). Soft-infrastructure alignment will be prioritized through PPP legal templates, digital architecture, and Joint Steering Committee on Customs Cooperation (JSCCC) protocols. A Best-Practice Adaptation Matrix will ensure transferability of solutions to other sanctioned dyads, enhancing global trade resilience.
The research employs a three-phase sequential data collection process, beginning with documentary analysis of 150+ artifacts, followed by 22 semi-structured interviews using purposive and snowball sampling. Comparative analysis with the Russia–Azerbaijan dyad as a counterfactual ensures robustness. Thematic coding, SWOT synthesis, and pattern-matching techniques enhance reliability, providing a comprehensive assessment of the INSTC's performance and resilience mechanisms.
This study will deliver the first comprehensive baseline of the Iran–Russia supply chain, contributing empirically to sanctions-proofing and risk pooling strategies. Theoretically, it advances dyadic orchestration frameworks, while policy contributions include evidence-based tools for achieving the $25 billion investment target. Methodologically, the research establishes a replicable protocol for future studies on sanctioned dyads, ensuring long-term relevance.
The Iran–Russia INSTC exemplifies how bilateral governance and strategic infrastructure can mitigate sanctions-induced disruptions, offering a model for sanctions-resilient trade corridors. By addressing bottlenecks, risk premiums, and governance gaps, this research provides actionable insights for policymakers and logistics operators, ensuring the corridor's long-term viability in an increasingly fragmented global economy.