Is autonomous shipping set to take over Asia’s deep-sea routes?

Hyundai Glovis’s decision goes beyond a fleet upgrade. It marks a broader shift toward digital transformation in Asia’s maritime sector.The HiNAS Control system uses artificial intelligence to plan voyages, integrate real-time sensor data, avoid collisions, and optimize fuel use.Under the International Maritime Organization’s MASS framework, the vessels will operate at Level 2 autonomy. Ships will be remotely monitored from shore, while crew remain onboard to intervene if needed. The model meets safety regulations while testing automation on long-haul routes.Hyundai Glovis is one of the world’s largest roll-on/roll-off logistics providers. Its fleet moves vehicles and heavy machinery across South Korea, China, Japan, Europe, Southeast Asia, and the Americas. One-third of shipments head to the United States. The rest support trade flows between China, the Middle East, and Europe.

Several countries in Asia are actively rolling out autonomous vessel programs—each with distinct strategies and national priorities.In Japan, the government-backed MEGURI2040 project aims for commercial-scale autonomous domestic shipping by 2025. Trials include operators such as NYK Line, MOL, and K Line, supported by the Nippon Foundation and a 50+ company DFFAS consortium.Early results have been promising, demonstration voyages such as the Suzaku and Hokuren Maru No. 2 achieved autonomous navigation accuracy rates above 95%, successfully performing hundreds of collision-avoidance maneuvers over long routes. A remote operations center has already been established in Hyogo Prefecture to support multiple vessels simultaneously. By 2026, the consortium plans to expand live testing to four ship types, including container and RORO vessels, as Japan moves toward phased commercial rollout under MEGURI2040’s second stage.South Korea has developed regulatory testbeds and completed a transoceanic autonomous voyage in 2022 with the LNG carrier Prism Courage, equipped with Avikus’s HiNAS 2.0. The vessel sailed from Texas to South Korea, covering nearly 10,000 km autonomously, improving fuel efficiency by 7% and reducing emissions by 5% while avoiding over 100 potential collisions. Since then, South Korea has passed the Act on Promoting Development and Commercialization of Autonomous Ships and expanded its Busan and Ulsan testbeds under the national KASS program, with new year-long trials of autonomous cargo carriers beginning in 2024.Singapore’s Maritime and Port Authority (MPA) is conducting autonomous tugboat trials with NYK and MTI in port waters, testing MASS vessel integration with the port’s traffic management systems. Early trials have demonstrated improved berthing efficiency and safer maneuvering in busy port waters. By 2026, the program will expand to real-time coordination with cross-border shipping lanes and advanced AI-assisted navigation. Singapore is also collaborating with Malaysia on the Johor–Singapore Special Economic Zone (JS–SEZ) to strengthen regional maritime connectivity and support autonomous operations across Southeast Asia.In China, the Xin Hong Zhuan, an intelligent research vessel built by Dalian Maritime University and COSCO completed a 4,000-nautical-mile autonomous voyage across complex Asian routes in 2025. The vessel demonstrated advanced autonomous navigation, collision avoidance, and real-time route optimization in crowded and narrow channels, highlighting its efficiency and reliability.Unlike commercial freight ships, Xin Hong Zhuan is designed for research and training, featuring electric propulsion, intelligent decision-making systems, and the ability to test AI-driven maritime technologies. In 2026, China plans to expand its use under the Smart Navigation Initiative, further developing autonomous ship technologies and preparing for larger-scale trials.These initiatives reflect a combination of regulatory support, port infrastructure upgrades, and strong shipbuilding capacity across the region. According to a 2025 Coherent Market Insights report, the Asia-Pacific region holds 43.2% of the global autonomous vessel market. Major players include China State Shipbuilding Corporation (CSSC), Mitsubishi Heavy Industries, Samsung Heavy Industries, and Avikus.

Artificial intelligence is playing a critical role in maritime efficiency beyond Hyundai Glovis.NYK Line uses AI-powered scheduling tools to optimize car carrier fleet operations, while MOL has implemented crew optimization platforms to reduce voyage planning time. COSCO’s AI algorithms guide real-time navigation decisions across its digital fleet.Platforms like HiNAS Control, NYK’s optimizer, and ABB’s tug systems are reshaping operational workflows by enabling Just-in-Time port arrivals, minimizing anchorage delays, and enhancing route planning.For instance, the Port of Singapore’s JIT pilot reduced anchorage wait times by up to 12 hours and cut congestion on select lanes by 18%.Ports such as Singapore, Busan, and Caofeidian have adopted AI-driven monitoring systems, autonomous docking features, and centralized vessel control technologies.Singapore: At Tuas Port, over 200 autonomous electric vehicles (AEVs) have facilitated the movement of 10 million containers since 2022. These AEVs, operating at speeds up to 25 km/h, have contributed to a 50% reduction in carbon emissions compared to traditional diesel-powered equipment. Additionally, the port’s energy-efficient infrastructure utilizes 60% less electricity than comparable facilities, supporting Singapore’s goal of achieving net-zero consumption through solar power and sustainable design.Busan: Busan New Port’s Pier 6 initiated automated operations in 2022 with the introduction of an automated quay crane. By 2024, Dongwon Global Terminal adopted an AI-based system featuring automated guided vehicles (AGVs), enhancing operational efficiency and safety. A study utilizing the Port Logistics Metaverse Framework (PLMF) demonstrated that AI-driven simulations improved ship punctuality by 79% and generated approximately $7.3 million in additional annual revenue.Caofeidian: The Port of Caofeidian has implemented a fully automated system, including autonomous trucks and cranes, coordinated by a central control system. This automation has led to a 70% reduction in labor costs and a 30% increase in operational efficiency, allowing for extended periods of operation and improved asset utilization.These advancements signify a shift from experimental projects to routine operations, reflecting Asia’s leadership in maritime autonomy. As these technologies mature, they are expected to further streamline port operations, enhance environmental sustainability, and bolster regional economic integration.Obstacles to Driverless SeasThe shift to autonomous shipping still faces hurdles. Outdated infrastructure, fragmented regulations, and workforce concerns slow adoption across the industry.Industry experts like DNV and Lloyd’s Register cite the lack of harmonized rules, cybersecurity risks, and retraining needs as key barriers.

DNV’s latest assessments highlight that supply chains are increasingly exposed to cyber threats, requiring shipping companies to build stronger digital resilience and operational technology defenses. The challenge extends to secure integration of new systems, clear roles in cyber incident response, and vulnerabilities created by interconnected platforms.Lloyd’s Register adds that regulatory uncertainty discourages green and digital investment, creating a lag compared to land-based sectors. Its Global Maritime Trends 2025 Barometer points to interoperability problems, a shortage of digital skills, and the urgent need to retrain both seafarers and shore staff. Both organizations agree that without coordinated regulation, stronger cyber-risk management, and sustained workforce development, the industry risks falling behind on digitalization and decarbonization targets.Autonomous shipping in Asia faces more than technical challenges. It must also navigate geopolitical tensions, especially in contested areas like the South China Sea. Territorial disputes and frequent naval patrols make routes unpredictable for AI-driven vessels. To address this, developers are using geofencing, real-time traffic monitoring, and dynamic route planning so ships can avoid restricted zones and safely respond to human-controlled traffic. Despite these hurdles, fleets and ports across the region are testing these systems at scale. Investments and innovations, such as the Hyundai Glovis–Avikus partnership, show that semi-autonomous shipping in Asia is moving from concept to reality.