From big data to lifecycle optimisation – 4 trends that will affect shipping in 2026 in International Shipping News,Shipping: Emission Possible 01/01/2026 “In 2025 the maritime industry once again shone brightly, showing its fierce resilience and relentless ingenuity. The industry has continued to face global challenges head on, taking huge steps forward in important areas like digitalisation, sustainability and cross-industry collaboration. We also saw that vessel owners and operators are determined to make bold, long-term decisions that will shape a cleaner and smarter future for shipping. At Wärtsilä, we remain firmly committed to driving this vital transformation, safe in the knowledge that each step we take today brings us closer to a decarbonised future.” – Roger Holm, President, Wärtsilä Marine Trend 1 – Lifecycle optimisation With emissions regulations evolving rapidly and technologies for ships advancing at lightning speed, the days of inflexible vessel designs and short-term thinking are over. What makes financial and operational sense today might not make sense in a year or even six months. Age is no longer the sole determining factor for vessel owners when making decisions on fleet renewal. Older ships that have been well maintained and incrementally upgraded can outperform younger vessels that have not benefitted from best-practice maintenance approaches and timely investments in upgrades. A long-term, holistic view Efficiency improvements can demand significant capital expenditure and will probably need to be staggered over several years. This is why today’s vessel owners and operators are increasingly taking a longer-term, more holistic view of the vessel lifecycle. This helps them to make the right investments at the right time – and preserve the long-term value of their assets. The trend towards a lifecycle optimisation approach is driven by the need to decarbonise and the need to reduce costs. Lifecycle optimisation is a holistic approach that takes account of environmental impact, operational efficiency and economic viability from the vessel design phase to the end of its operational lifespan. A tailored plan for each vessel and business case In the maritime segment lifecycle optimisation means different things to different businesses. Some, like ferry and offshore operators, are primarily driven by the need to maximise vessel uptime and time between overhauls. Others, for example charterers in the tanker or bulker segment, are driven by the need to minimise fuel costs For any lifecycle optimisation approach to be successful, it is critical that it is based on a deep understanding of the total cost of ownership. Developing this kind of understanding demands openness and transparency between owners, operators and OEMs. To this end, there is a shift in the industry towards building relationships that are founded on these principles. When owners, operators and OEMs share their experiences and hard data, they are in a much better position to build a lifecycle optimisation approach that will deliver maximum benefits over the vessel lifecycle. It is an unavoidable reality that the costs associated with carbon taxes, emissions credits and other regulatory instruments are only going to increase. With that in mind, it makes sense to take a long-term view founded on incremental improvements rather than short-term fixes. Lifecycle services bring clarity In an increasingly volatile and uncertain environment, vessel owners and ope