What to Know About Maritime Logistics Through 2030

UN Trade and Development (UNCTAD) reports that global maritime trade grew 2.4% in 2023 to 12.3 billion tons, rebounding after the 2022 contraction. In the same outlook, UNCTAD projects 2% growth in 2024 and an average 2.4% annual growth through 2029.

This demand signal suggests continued investment in port throughput, ocean freight capacity, and end-to-end maritime logistics orchestration rather than post-crisis normalization narratives.

By mid-2024, ship capacity crossing the Gulf of Aden was down 76%, Suez Canal transiting tonnage was down 70%, and Cape of Good Hope arrivals were up 89%. Those longer routings lifted global vessel ton-mile demand by 3% and container ship demand by 12%.

From the demand side, the WTO’s latest projections point to a slower macro tailwind for trade-dependent transport. World merchandise trade volume was expected to see a growth of 2.4% in 2025, and this number will be 0.5% in 2026, while commercial services trade is projected at 4.0% in 2025 and 4.1% in 2026.

Maritime Logistics Landscape: Global Maritime Trade Growing at 2.4% Through 2029

The maritime logistics market is expected to increase from USD 24.43 billion in 2025 to USD 35.36 billion by 2032. However, our data shows that the industry activity showed marginal contraction over the last year, with annual growth of -0.29%. This reflects short-term pressures from trade volatility, capacity realignment, and operational cost optimization. Additionally, the global maritime logistics workforce consists of 689.8K professionals.

UN Trade and Development (UNCTAD) reports that global maritime trade grew 2.4% in 2023 to 12.3 billion tons (global), rebounding after the 2022 contraction. UNCTAD also projects 2% growth in 2024 and an average 2.4% annual growth through 2029 (global maritime trade) – a baseline demand signal that supports continued investment in port throughput, ocean freight capacity, and end-to-end maritime logistics orchestration rather than “post-crisis normalization” narratives.

 

 

Moreover, UNCTAD quantifies how the operating environment is reshaping “effective capacity” via route distortion rather than fleet growth alone: by mid-2024, ship capacity crossing the Gulf of Aden was down 76%, Suez Canal transiting tonnage was down 70%, and Cape of Good Hope arrivals were up 89%. Those longer routings lifted global vessel ton-mile demand by 3% and container ship demand by 12% – a concrete mechanism through which geopolitical risk converts into higher network complexity, inventory buffers, and schedule-reliability penalties for cargo owners.

From the demand side, the WTO’s latest projections point to a slower macro tailwind for trade-dependent transport. The WTO forecasts world merchandise trade volume growth of 2.4% in 2025 and 0.5% in 2026 (global), while commercial services trade is projected at 4.0% in 2025 and 4.1% in 2026 (global) – useful context for calibrating 2026 maritime logistics growth expectations toward reliability, compliance, and network redesign rather than pure volume expansion.

5 Startup Examples in Maritime Logistics

Dopplium – Radar-based Cargo Monitoring

Dutch startup Dopplium offers a radar-based sensing system for maritime logistics that enables real-time vessel monitoring and cargo tracking in port and coastal environments.

The system uses high-frequency radar hardware, advanced signal processing, and AI algorithms to detect, track, and analyze vessels, containers, and port assets under all visibility conditions.

It supports continuous container positioning, real-time situational awareness, and assisted vessel docking by accurately monitoring movement and proximity.

The system converts raw radar signals into actionable operational insights that integrate with port workflows to improve coordination, safety, and throughput.

seawise – Maritime Data Intelligence

Japanese startup seawise offers an AI-driven digital platform that optimizes vessel operations, fuel efficiency, and environmental compliance across the fleet lifecycle.

The platform collects high-frequency operational, navigational, and main engine data from onboard systems such as voyage data recorders (VDRs), alarm monitoring systems (AMS), data loggers, and sensors.

Then, it transmits this information ship-to-shore for real-time visualization and analysis. Further, the platform applies advanced data science, time-series forecasting models, anomaly detection algorithms, and computational fluid dynamics (CFD) comparisons. With this, it evaluates performance degradation and predicts maintenance needs.

Moreover, it simulates carbon intensity indicator (CII) outcomes and assesses compliance with relevant regulations. The system supports automated reporting, fuel mix optimization across liquefied natural gas, heavy fuel oil, methanol, and biofuels, and data-driven recommendations for maintenance, retrofits, and energy-saving devices.

MarinaChain – AI-based Shipping Compliance Solution

Singaporean startup MarinaChain offers an AI-powered maritime data management and environmental, social, and governance (ESG) platform.

It extracts, standardizes, and analyzes operational, fuel, emissions, and regulatory data from vessels and enterprise systems. This data is transformed into actionable insights across carbon accounting, compliance reporting, and fuel strategy optimization.

The startup integrates tools such as MarinaNet for operational and carbon lifecycle data and ParseAI for structured and unstructured data processing. It also offers MarinaCon for evidence-based regulatory guidance and sustainability reporting workflows with real-time pricing and penalty visibility.

Thus, the startup unifies maritime operations data with automated compliance, emissions management, and trading capabilities. It enables shipowners, operators, and compliance teams to reduce regulatory risk, optimize costs, and achieve sustainable, regulation-ready maritime logistics.

THETIS AI – Voyage Optimization

Israeli startup THETIS AI builds an AI-powered voyage optimization solution. It analyzes vessel performance data, navigational parameters, weather conditions, and operational constraints to generate optimized voyage plans. This improves fuel efficiency and routing decisions in real time.

Moreover, the solution applies data-driven models to evaluate speed, route selection, and operational trade-offs across diverse vessel types and fleet profiles. It supports measurable reductions in fuel consumption and CO2 emissions while improving cost efficiency across large-scale shipping operations.

Base – Offshore Project Cost Control

US-based startup Base develops a cost intelligence and procurement platform for maritime logistics and port operations that centralizes financial control, vendor coordination, and operational workflows.

The platform combines optical character recognition (OCR)-based accounts payable automation, real-time cost tracking, client approval dashboards, and project document management into a unified system tailored for ship agents, port service providers, offshore operators, and shorebases.

It digitizes and validates invoices, purchase orders, and expenses, integrates with enterprise resource planning and accounting systems, and enables real-time visibility into budgets, approvals, and vendor performance across port calls and offshore projects.

The system supports customizable workflows, role-based access, grey-label client portals, and collaboration tools that keep teams, vendors, and clients aligned while maintaining audit-ready records.

Innovation Signals

Patent activity reveals a small but increasingly dynamic innovation base. Companies operating in maritime logistics collectively hold 60+ patents. These are filed by 65+ applicants, indicating broad participation in innovation despite the sector’s relatively low patent intensity.

Discover the emerging trends in the maritime logistics market along with their firmographic details:

 

 

1. Green Shipping

The green shipping segment includes about 1200 companies operating in its segment, supported by a global workforce of approximately 179 700 professionals. In the last year, the segment added 40+ new employees.

The annual growth rate of -0.08% reflects a stabilization phase rather than contraction. Adoption is influenced by regulatory mandates, capital availability, and fleet replacement cycles, with initiatives focused on alternative fuels, energy-efficient vessel design, emissions reduction technologies, and compliance with international environmental standards.

2. Maritime Digitalization

The maritime digitalization domain comprises 240 companies. It employs around 27 400 professionals worldwide, with 8 new employees added in the last year.

With an annual growth rate of 5.66%, this domain highlights the adoption of digital platforms for voyage optimization, port community systems, freight documentation, and real-time supply chain visibility.

Growth is driven by the need to improve efficiency, reduce operational costs, and enhance coordination across fragmented maritime ecosystems.

3. Vessel Monitoring

Vessel monitoring represents a data-centric operational segment focused on enhancing situational awareness, safety, and performance optimization. It includes 350+ companies, supported by a workforce of approximately 13 500 professionals. About 10+ new employees were added in the last year.

The annual growth rate of 2.46% indicates steady expansion, driven by demand for real-time vessel tracking, predictive maintenance, fuel consumption analytics, and regulatory compliance reporting.

Adoption is reinforced by the increasing availability of satellite connectivity, internet of things (IoT) sensors, and advanced analytics across global fleets.

Funding & Investment Landscape in Maritime Logistics

DP World’s 2024 results illustrate the scale and capital intensity behind end-to-end maritime logistics integration: the company reports USD 20.0 billion revenue (2024, global) and USD 5.5 billion adjusted EBITDA (2024, global) with an adjusted EBITDA margin of 27.2%. It also states that capacity exceeded 100 million TEU and that it invested USD 2.2 billion in capital expenditure in 2024, with a ~USD 2.5 billion capex budget for 2025 targeted at assets including Jebel Ali (UAE), Tuna Tekra (India), London Gateway (UK), Ndayane (Senegal), and Jeddah (Saudi Arabia).

At the asset-transaction level, Reuters reports a USD 23 billion agreement for a BlackRock-led consortium to buy CK Hutchison’s ports business (announced February 2026, global ports portfolio). The headline valuation is a useful benchmark for executives assessing whether to build vs. partner vs. acquire in terminals, inland logistics, and network-control points that determine service reliability and cost-to-serve. Reuters also reports DP World’s agreement to acquire Australia’s Silk Logistics for a USD 775 million (announced November 2024, Australia contract logistics and port-adjacent distribution).

CMA CGM reports completing the acquisition of Bollore Logistics for a final price of  EUR 4.85 billion (completed 2024, global freight/logistics platform expansion). Strategically, the transaction signals that the competitive unit is shifting from “carrier vs carrier” to “integrated logistics network vs integrated logistics network,” with greater emphasis on contract logistics, forwarding, and value-added services tied to ocean freight flows.

Scope, Sources, and Caveats

This maritime logistics industry outlook utilizes the StartUs Insights Discovery Platform to map the sector as an operational system rather than a single shipping market. The analysis spans 9M+ companies, 25K+ technologies and trends, and 190M+ patents, news articles, and market reports, allowing us to connect macro demand signals with the execution layers that determine cost, reliability, and compliance.