List of the Top 3 Terminal Operating Systems (TOS) for Linux in 2025

MarineBerth represents a modern evolution in terminal operating systems (TOS), crafted in New Zealand with a focus on being lightweight and modular. Users engage with an exceptionally user-friendly, mobile-optimized interface, moving away from the outdated, cumbersome Windows applications of the 1990s. With a strong back-end data model, it facilitates seamless integration with current accounting systems, reporting tools like Power BI, and various other applications. This innovative architecture significantly reduces the costs associated with enterprise software, thereby making the advantages of digital transformation accessible to ports of every size and type. As a result, MarineBerth not only enhances operational efficiency but also promotes broader adoption of technology in the maritime industry.

An ideal approach for mixed cargo operations efficiently handles a range of cargo types such as bulk, break bulk, project, liquid, Ro Ro, and cruise activities at ports and terminals. This adaptable platform provides customizable features, scalable pricing structures, and an efficient billing system, ensuring easy setup and integration with outside systems. iPortman - GTOS stands out as a holistic solution specifically designed for multi-cargo terminals, evolving alongside your business to enhance both growth and operational effectiveness. Furthermore, its flexibility enables smooth upgrades as your requirements develop, ensuring that you are always equipped with the best tools for your operations. This continuous adaptability ultimately supports long-term success in an ever-changing logistics environment.

TCS DynaPORT serves as a versatile Terminal Operating System that facilitates the planning, optimization, and automation of marine terminal operations from the initial order to the final invoice. With its implementation in more than 80 terminals globally, including locations in the US, UK, and India, it demonstrates extensive international reach. The system’s architecture allows for tailored solutions suitable for semi-automated, fully automated, and even manual terminal operations, making it adaptable to various industry needs. This flexibility ensures that it can meet the demands of diverse operational environments effectively.