Marine Software

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Marine software refers to a range of computer-aided tools used by sailors, shipbuilders, navigators, and marine engineers to improve the efficiency, safety, and comfort of the shipping industry. The software can be used for a wide range of tasks, from weather forecasting to ship design and optimization, communication, and navigation. This article will explore the benefits of marine software, the primary users of the software, the most popular features, and five examples of relevant software products, along with their key features, drawbacks, and limitations.

Who Uses the Software:

Marine software is used by a broad range of professionals in the marine industry. These include sailors, naval officers, shipbuilders, oceanographers, marine engineers, and researchers working in the maritime field. The software is also used by transportation companies, scientists, and consultants who work in the shipping and offshore industries.

Benefits of the Software:

Marine software offers numerous benefits to its users. For instance, it helps shipbuilders to design and build vessels that are safer, more fuel-efficient, and environmentally sustainable. The software also enables sailors to navigate through challenging weather conditions and rough water safely. Some marine software can predict weather changes, allowing potential hazards and risks caused by storms at sea to be mitigated. By utilizing marine software, researchers and scientists can analyze data while developing strategies that positively impact ecological systems and improve the overall sustainability of the oceans and marine environments.

Features of the Software:

The following are a few of the critical features of marine software:

1. Communication:

Marine software helps in efficient communication among sailors and nearby ports for docking, essential announcements, and other safety measures.

2. Weather Monitoring and Forecasting:

Marine software can monitor weather patterns and provide accurate weather condition predicting, including climate models, wind patterns, and storm tracking.

3. Navigation:

Marine software assists sailors in navigating vast oceans and sea routes with different key variables such as current speeds, water depth, and dangerous zones on the seafloor.

4. Ship Design:

Marine software is essential to the creation and design of new vessels, including architecture and engineering, the selection of materials, and adjusting for ideal weight distribution and fuel-efficient engineering.

5. Marine Management:

Marine Software offers an integrated management system for optimizing the movement, loading/unloading of ships, onboard management, and safety plans.

Five Examples of Relevant Software Products:

AISHub (

AIShub is a marine software with features such as real-time tracking of marine fleets, alerts, AIS (Automatic Identification System) data that boasts of an extensive network of over five hundred servers around the world. The Maritime Safety Committee (MSC) has certified the AIS software.

Eniram (

Eniram is a software product that improves vessel performance and cuts costs related to fuel consumption for shipping companies. It incorporates machine learning algorithms that help shipowners and managers reduce CO2 emissions, track fuel performance, and increase safety and security measures.

SAM Electronics (

SAM Electronics offers ship systems for navigation and communication, such as ECDIS (electronic chart display and information system), radar, and vessel traffic management systems. They also offer performance monitoring software as well as electrical power automation systems.


SMARTFLEET is a fleet management system by BMT that includes vessel performance tracking, fuel management, and emissions monitoring. The software has real-time dashboards and AI-based automated vessel tracking and the ability to analyze and optimize routes based on weather, vessel performance, and operating costs.

Orcaflex (

Orcaflex is a software product used in engineering applications such as mooring system design, offshore renewable energy projects, and vessel design optimization. It offers advanced simulation tools for modeling and forecasting results in structures with nonlinear loads such as rough waves and ice loads.

Drawbacks and Limitations of the Software:

The primary limitation of marine software is its cost. Most marine software products are expensive, which can be an obstacle to small ship owners who may lack the funds to invest in the software. Furthermore, the data required to fuel these systems may be unreliable or inaccurate at times. That said, as marine technology advances, more cost-effective software solutions are emerging alongside cheaper, streamlined, and effective data sources.


Marine software is a vital part of the day-to-day operations of the marine industry. It improves the efficiency, safety and environmental sustainability of the shipping industry. The benefits of marine software include improved vessel design, fuel consumption, navigation, and communication, which translate to safer and more sustainable oceans. As marine technologies advance, software products are emerging that are more cost-effective, reliable, and efficient than ever before. The examples provided above illustrate the range of marine software functionalities that are helping the shipping industry become more efficient and safe. When choosing a marine software product, carefully consider the products’ features and costs to ensure it meets the specific needs of your needs.