INER - Institute of Northern-European Economic Research
Department of Maritime Affairs
Researching the maritime foundations of Northern Europe’s competitiveness, connectivity and strategic resilience.
The Department of Maritime Affairs examines the maritime economy as a strategic foundation of trade, industry, infrastructure, security and economic sovereignty. Its work focuses on shipbuilding, ports, maritime logistics, offshore industries, sea-based value chains, maritime security, deep-sea technologies and the transformation of maritime industrial ecosystems.
Northern Europe’s economic future is inseparable from the sea. Maritime connectivity enables trade, energy systems, supply chains, industrial production, defence readiness and technological innovation. INER analyzes how maritime affairs shape competitiveness and resilience in an era of geopolitical rivalry, industrial transformation, energy transition and technological disruption.
Department at a Glance
Department: Maritime Affairs
Research scope: Maritime economy, shipbuilding, ports, logistics, offshore industries, maritime security, deep-sea technologies and sea-based value chains
Strategic focus: Northern Europe’s maritime competitiveness, industrial capacity and economic resilience
Primary audiences: Policymakers, port authorities, maritime companies, shipbuilding and offshore industries, logistics providers, public institutions, researchers, media and strategic stakeholders
Research formats: Policy analysis, research papers, strategic briefings, data notes, expert commentary, roundtables and institutional dialogue
Understanding the Maritime Economy as Strategic Infrastructure
The maritime economy is not a peripheral sector. It is one of the structural foundations of Northern Europe’s economic power. Ports, shipyards, shipping routes, offshore installations, maritime logistics, naval-industrial capacity, seabed infrastructure and sea-based value chains connect regional industry to global markets and define the practical conditions of trade, energy, security and resilience.
For Northern Europe, maritime affairs are inseparable from competitiveness. The region’s industrial economies depend on reliable ports, efficient logistics systems, advanced shipbuilding, secure maritime corridors, offshore energy capacity and the ability to manage global supply-chain exposure. These systems are now being reshaped by technological disruption, geopolitical rivalry, energy transition, regulatory pressure and the reconfiguration of global trade.
The Department of Maritime Affairs studies this transformation from an economic, industrial and strategic perspective. Its purpose is to clarify how maritime systems create value, where they introduce systemic vulnerabilities and how Northern Europe can strengthen its maritime position in a changing world.
Our Mission
The mission of the Department of Maritime Affairs is to analyze the maritime foundations of Northern Europe’s competitiveness, industrial transformation and strategic resilience.
The department examines maritime affairs as a field where economics, infrastructure, technology, security, law and geopolitics converge. We study the systems that enable sea-based trade, industrial production, energy transformation, logistics performance and strategic autonomy.
Our research is designed to help decision-makers understand the maritime economy not only as a sector, but as a strategic operating system for advanced industrial societies. This includes the analysis of shipbuilding capacity, port performance, maritime logistics, offshore industries, deep-sea technologies, supply-chain dependencies, critical infrastructure protection and the role of maritime systems in economic security.
Why Maritime Affairs Matter for Northern Europe
Northern Europe is a maritime economic space. Its prosperity is connected to the North Sea, the Baltic Sea, the Atlantic economy, global shipping routes, advanced ports, offshore energy systems and industrial value chains that depend on maritime connectivity. The sea is not only a transport environment. It is a strategic domain of energy, technology, security, trade and industrial capacity.
The maritime sector is entering a period of structural change. Shipping is being transformed by decarbonization requirements, digital systems, autonomous technologies, new fuels, geopolitical disruptions, supply-chain risks and growing security concerns around critical maritime infrastructure. Ports are becoming energy hubs, data platforms and strategic nodes in industrial ecosystems. Shipbuilding is becoming increasingly connected to automation, dual-use technologies, naval-industrial resilience and advanced manufacturing.
The Department of Maritime Affairs was established to provide rigorous analysis of these developments. Its work helps institutions understand where maritime transformation creates opportunity, where it creates vulnerability and how Northern Europe can strengthen its position as a maritime, industrial and strategic region.
Research Agenda
The department’s research agenda is organized around the economic and strategic role of maritime systems in Northern Europe. It examines how ports, shipbuilding, offshore industries, maritime logistics, energy systems and sea-based infrastructures shape competitiveness, resilience and strategic capacity.
How does maritime connectivity shape economic competitiveness?
We analyze how ports, shipping routes, maritime logistics and sea-based value chains influence trade performance, industrial productivity, supply-chain resilience and regional economic development.
How are ports evolving into strategic infrastructure platforms?
We examine the transformation of ports from transport nodes into integrated hubs for logistics, energy, digital systems, industrial services, hydrogen infrastructure, offshore operations and critical infrastructure.
What are the geoeconomic risks facing maritime value chains?
We study supply-chain dependencies, shipping route disruptions, trade fragmentation, strategic chokepoints, sanctions, export controls and the economic consequences of geopolitical rivalry.
How can digitalization and AI transform maritime systems?
We analyze the role of artificial intelligence, digital twins, autonomous systems, predictive maintenance, smart ports, route optimization, sensor networks and data platforms in maritime transformation.
How can Northern Europe strengthen its shipbuilding and maritime industrial base?
We study shipbuilding capacity, advanced manufacturing, supplier ecosystems, workforce requirements, technological modernization and the relationship between commercial and strategic maritime production.
How does the energy transition reshape the maritime economy?
We analyze offshore wind, hydrogen, e-fuels, alternative maritime fuels, port energy systems, grid connections and the role of maritime infrastructure in industrial decarbonization.
How should maritime infrastructure be protected?
We examine the resilience of ports, seabed infrastructure, offshore installations, energy systems, digital networks and logistics corridors under conditions of growing security pressure.
What role will deep-sea technologies play in future economic strategy?
We examine deep-sea mining, seabed mapping, critical raw materials, underwater infrastructure, marine technologies and the economic and institutional implications of emerging deep-sea industries.
Core Research Areas
The Department of Maritime Affairs works across several interconnected research areas. Together, they provide a comprehensive view of how maritime systems affect Northern Europe’s economic future, industrial capacity and strategic resilience.
Maritime Economy and Strategic Connectivity
The maritime economy provides the connective tissue of global trade and regional industrial development. The department examines how shipping networks, port systems, maritime services and sea-based value chains support Northern Europe’s position in international markets.
This research area focuses on the economic functions of maritime connectivity: how goods, energy, data, industrial components and strategic resources move through maritime systems and how disruptions in these systems affect competitiveness and resilience.
Key Topics
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Maritime economic structures
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Sea-based value chains
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Shipping networks and trade flows
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Port connectivity and regional development
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Maritime services and industrial ecosystems
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Economic dependency on maritime routes
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Strategic chokepoints and route vulnerability
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Northern Europe’s maritime position
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Transatlantic maritime connectivity
Ports, Logistics and Smart Maritime Infrastructure
Ports are becoming strategic infrastructure platforms. They are no longer merely places where cargo is transferred. They increasingly function as logistics hubs, energy nodes, data environments, industrial service centers and critical infrastructure systems.
The department studies how ports can strengthen competitiveness through digitalization, efficiency, resilience, hinterland connectivity, energy integration and strategic infrastructure planning.
Key Topics
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Port competitiveness
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Smart ports and digital port systems
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Port-hinterland connectivity
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Terminal automation
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Logistics corridor integration
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Customs and cross-border processes
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Port energy systems
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Critical port infrastructure
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Data-driven port management
Maritime Trade, Supply Chains and Geoeconomics
Maritime trade is increasingly exposed to geopolitical risk. Trade conflicts, sanctions, route disruptions, strategic dependencies, piracy, cyber threats, insurance costs, export controls and industrial policy all affect the movement of goods and the resilience of supply chains.
The department examines how maritime trade systems are being reshaped by geoeconomic rivalry and how Northern Europe can reduce vulnerability while preserving openness and international connectivity.
Key Topics
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Maritime trade flows
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Supply-chain resilience
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Strategic dependencies
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Trade route disruptions
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Sanctions and export controls
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Geoeconomic risk analysis
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Shipping costs and market volatility
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Critical goods and raw materials
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Economic security of maritime value chains
Maritime AI, Digitalization and Autonomous Systems
Digital technologies are transforming maritime systems. Artificial intelligence, digital twins, sensor networks, predictive maintenance, autonomous navigation, smart port platforms and data-driven logistics are changing how maritime organizations plan, operate and compete.
The department studies the economic and institutional implications of maritime digitalization. It examines how intelligent systems can increase efficiency, safety and resilience, while also creating new dependencies, governance challenges and cybersecurity risks.
Key Topics
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AI in maritime operations
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Smart port platforms
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Digital twins for vessels and port assets
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Predictive maintenance
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Autonomous and semi-autonomous vessels
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Route optimization
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Sensor networks and maritime data spaces
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Cybersecurity in maritime systems
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Digital transformation of maritime organizations
Maritime Governance, Regulation and Sustainability
Maritime transformation is shaped by legal and regulatory frameworks. Shipping decarbonization, port regulation, environmental standards, safety rules, labour requirements, customs processes, sanctions regimes and infrastructure permitting all affect maritime competitiveness.
The department analyzes how governance and regulation influence maritime strategy and how Northern Europe can reconcile economic performance, sustainability and institutional reliability.
Key Topics
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Maritime regulation
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Shipping decarbonization frameworks
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Environmental standards
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Port governance
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Safety and compliance regimes
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Customs and border processes
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Sustainable maritime infrastructure
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Permitting and regulatory efficiency
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European and international maritime governance
Shipbuilding and Maritime Industrial Capacity
Shipbuilding is a strategic industrial capability. It connects advanced engineering, manufacturing, materials, automation, digital design, supplier networks, workforce skills and security-related industrial capacity. The department analyzes shipbuilding as both an economic sector and a foundation of maritime resilience.
Northern Europe’s ability to maintain and modernize its shipbuilding base will affect commercial competitiveness, offshore development, naval-industrial readiness, maritime innovation and technological sovereignty.
Key Topics
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Shipbuilding competitiveness
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Shipyard modernization
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Advanced maritime manufacturing
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Supplier ecosystems
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Workforce and skills development
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Digital ship design and simulation
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Automation in shipbuilding
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Naval-industrial capacity
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Commercial and strategic vessel production
Offshore Energy and Maritime Energy Transformation
The energy transition is transforming the maritime economy. Offshore wind, hydrogen, e-fuels, maritime electrification, alternative fuels, subsea infrastructure and port-based energy systems are creating new industrial opportunities and new infrastructure requirements.
The department analyzes how maritime energy systems affect Northern Europe’s industrial competitiveness, energy security and decarbonization strategy.
Key Topics
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Offshore wind economy
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Hydrogen infrastructure
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E-fuels and alternative maritime fuels
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Port-based energy hubs
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Maritime electrification
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Grid connections and offshore infrastructure
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Subsea cables and energy networks
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Industrial decarbonization
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Energy security and maritime infrastructure
Maritime Security and Critical Infrastructure Resilience
Maritime security is increasingly connected to economic security. Ports, offshore installations, seabed infrastructure, logistics systems, undersea cables, energy networks and shipping corridors are critical to the functioning of advanced economies. Their protection is therefore a matter of economic resilience as well as strategic policy.
The department analyzes the economic implications of maritime security risks and the institutional requirements for protecting maritime infrastructure without undermining openness, efficiency or commercial competitiveness.
Key Topics
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Critical maritime infrastructure
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Port security and resilience
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Seabed infrastructure protection
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Undersea cables and energy networks
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Offshore installation security
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Maritime cyber risk
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Supply-chain continuity
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Economic consequences of maritime disruption
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Civil-military coordination in maritime resilience
Deep-Sea Technologies and Critical Resources
The deep sea is emerging as a field of economic, technological and strategic relevance. Critical raw materials, seabed mapping, underwater robotics, marine research, subsea infrastructure and deep-sea industrial capabilities are becoming increasingly important in debates on resource security and technological sovereignty.
The department examines the opportunities, risks and institutional questions associated with deep-sea technologies. This includes economic feasibility, environmental responsibility, governance frameworks, strategic dependency and the role of maritime innovation in future resource systems.
Key Topics
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Deep-sea mining and critical raw materials
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Seabed mapping
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Underwater robotics
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Marine technology systems
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Subsea infrastructure
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Environmental and governance considerations
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Resource security
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Strategic technology capabilities
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Industrial ecosystems for deep-sea applications
Our Analytical Approach
The department approaches maritime affairs as a system of economic, industrial, technological, legal and security-related relationships. We do not treat the maritime economy as a narrow transport sector. We analyze it as a strategic infrastructure of advanced economies.
Our analytical work combines economic research, sectoral expertise, policy analysis, infrastructure assessment, technological interpretation and strategic evaluation. This allows the department to examine not only what is changing in maritime systems, but why these changes matter for competitiveness, resilience and sovereignty.
Maritime Systems as Economic Infrastructure
We analyze maritime systems as enabling structures for trade, production, energy, logistics, security and industrial capacity.
Connectivity Before Isolation
We examine ports, shipyards, shipping routes, offshore assets and logistics networks as interconnected systems rather than isolated assets.
Industrial Capacity Before Sectoral Fragmentation
We study shipbuilding, maritime services, offshore industries and port infrastructure as parts of a broader maritime-industrial ecosystem.
Resilience Before Efficiency Alone
We assess how maritime systems can remain functional under disruption, geopolitical pressure, supply-chain stress and infrastructure risk.
Technology with Institutional Context
We examine maritime AI, automation, digital platforms and deep-sea technologies in relation to governance, skills, investment, cybersecurity and economic value creation.
Strategy Before Short-Term Commentary
We focus on structural developments and long-term implications rather than temporary fluctuations in maritime markets.
