Earlier, the efficiency of container terminals was largely dependent on cranes, trucks, and other equipment. However, that’s no longer the case. Seamless system integration, data, and connectivity play a key role in boosting efficiency. The core of it all is the terminal operating system. The Terminal Operating System market is expected to expand to USD 2.02 million by 2033.
It’s the operational brain and digital backbone of the entire system. TOS is responsible for consolidating extensive data streams from vessel stowage schedules to refrigerated container monitoring. When combined with IoT, TOS becomes a data centre, offering real-time control. TOS is the central nervous system of a connected, data-driven terminal. This article dives into the best terminal operating systems for large-scale ports.
What is a Container Terminal Operating System?
The terminal operating system is a key function of the terminal, coordinating data and workflows in real time. The TOS serves as the integration hub, connecting gate systems, vessels, and enterprise applications into a single, cohesive system.
TOS provides a modular architecture that separates the key functions while offering seamless data integration. Modules typically have yard management, intermodal cooperation, vessel planning, equipment planning, and gate operations. Every module communicates via different interfaces or APIs. The API-driven architecture helps with third-party integration, such as with automation platforms, customs, and ERP.
The modern TOS platforms have real-time data processing capabilities. Straddle carriers, crane sensors, and reach stackers continuously transmit data. The information is further consolidated into dashboards and workflows. This boosts predictive maintenance for port equipment, proactive decision-making, and automated alerts.
What Are the Key Features of a Terminal Operating System?
The key features of the terminal operating systems are crucial to making port management seamless and easy. In 2024, the top 20 container ports globally handled 414.6 million TEUs, highlighting the global container throughput.
Below are some of the key features to look into:
- Real-time Container Tracking: Essential for providing accurate data on container locations. It helps track operational status while boosting storage and retrieval operations.
- Equipment Control: Terminal management systems are used to manage cranes and vessels. It can be joined with an optimized handling and tracking process. This boosts core operations while strengthening control and improving productivity.
- Yard Management: It is essential to implement a plan aligned with current operations. This leads to combining cargoes to enhance efficiency and optimize space utilization. It helps to meet tailored demands while minimizing costs.
- Analysis and Reporting: Large-scale port software requires the best systems. The TOS offers a comprehensive app with detailed reports for managing operational performance. This helps track product types and supply chain activities. Furthermore, it helps make data-driven decisions.
- Schedule and Resource Management: Terminal management systems are used for optimizing labor and equipment allocation. It ensures a total workforce efficiency and proper resource management throughout the data across terminals. This is beneficial across all the operations.
- Integration and Automation: TOS supports ship tracking, RFID, and resource management. This plays a key role in streamlining all the operations.
What Are the Important Terminal Operations?
The global terminal operations market is expected to reach USD 95.91 billion by 2031. To integrate the terminal management systems into the business, it’s important to understand the different terminal operations. These include the following:
1. Vessel Berthing
Vessel berthing is one of the most important aspects of terminal operations. It involves managing ship arrivals, departures, and docket assignments. Large-scale port software should help coordinate vessel movements, which are essential for optimising berth utilisation while reducing turnaround times.
The Port of Singapore (PSA International) is one of the most renowned ports for its vessel berthing facilities. It uses the top berth management system for handling thousands of vessels. It optimizes the berthing scheduling and maximizes the occupancy. This helps streamline vessel operations while reducing congestion on busy waterways.
2. Cargo Handling
Cargo handling requires loading, unloading, and temporary storage of goods within the terminal facility. Efficient cargo handling is crucial for maintaining productivity and ensuring the timely movement of goods. The best terminal operating systems will help to identify the range of equipment and machinery. This can eventually be used for handling a wide range of shipments.
The Port of Rotterdam Authority in Europe has state-of-the-art cargo-handling infrastructure. It accommodates diverse cargo types and optimizes the throughput. The automated container terminals have advanced gantry cranes and robotic stacking features. This helps to boost customer handling operations. The Maasvlakte II terminal is one of the top automated container facilities globally.
3. Container Tracking
Container tracking requires advanced technology to monitor the real-time location and status of containers. It starts within the terminal and applies along the supply chain. Automated tracking is crucial for terminal operations, providing visibility into container movements and ensuring accurate transhipment.
The Port of Hamburg uses a sophisticated container tracking system that employs GPS-enabled devices and RFID technology to monitor container locations with precision. It operates smartPORT logistics using digital twin modelling. It also helps to track the exact status of the containers within the terminals. Real-time visibility through TOS helps optimise container movement and reduce dwell times. As a result, it boosts operational efficiency.
4. Security Checks
Security is a top priority across port terminals. Considering the movement of cargo passing through the facilities, implementing stringent security measures is crucial. There must be surveillance systems, physical barriers, and access controls while safeguarding the terminal premises.
Efficient gate operations are crucial for maintaining smooth traffic flow while increasing security across terminals. When automated gate systems and robust security measures are implemented, they increase safety across the terminal premises. The Port of Rotterdam implemented a multi-layered security approach to protect the region from security threats. Such advanced use of technology helps in increasing preparedness and response capabilities.
What Are the Best Terminal Operating Systems?
The best terminal operating systems deliver exceptional performance. Most cargo terminal professionals use TOS to manage vessel and equipment scheduling.
TOS helps make data-driven, real-time decisions for terminal operations. The TOS can be easily integrated with other logistics software, such as accounting and ERP systems.
Here’s a detailed TOS comparison that you must know of:
1. Navis Terminal Operating System
This is one of the leading terminal management systems. It provides operational technologies and services that unlock efficiency and performance. Navis Terminal Operating System provides services to leading organizations across the cargo supply chain.
Navis Terminal Operating System caters to various industries, including Logistics and Supply Chain, Transportation, Trucking, and Railroad. This TOS leverages best-in-class industry practices, world-class services, and innovative technology. This enables customers to deliver maximum performance while reducing risk.
Navis takes a holistic approach to operational optimization, boosting velocity and visibility. It also delivers measurable results.
Navis streamlines the operations across various industries, for various factors like:
- Tracking a cargo through the terminal.
- Automating equipment operations.
- Improves vessel safety and cargo capacity.
- Manages multiple terminals with an integrated, centralized solution.
2. Autostore TOS
As one of the leading terminal management systems, Autostore TOS is owned by the TBA Group. Suitable for small businesses, Autostore TOS enables them to control the movement and storage of various types of cargo within container terminals or ports.
This type of integrated system helps use assets more effectively. Therefore, businesses can plan their workloads and provide real-time information. It improves decision-making and cost-effectiveness.
Autostore TOS is flexible and supports a range of diverse business objectives. It is an ideal solution for businesses, especially for dynamic port operators.
3. MarineBerth
MarineBerth is renowned for its affordability and ease of use. This is a key large-scale port software used to manage various operations. The software has been designed to be mobile-friendly, lightweight, cost-effective, and agile.
MarineBerth also offers a desktop application called PortWatch. This software is essential for providing a bird’s-eye view of port operations. It comes with a wide range of features that help it to stand out from the competition.
MarineBerth offers a variety of innovative tools and advanced functionalities that deliver these benefits. Some of the top features of MarineBerth include the following:
- Maintenance scheduling
- Vessel schedule
- Real-time tracking
- Yard management
- Automated billing
- Reporting and Analytics
- Data backup and recovery
4. ContPark- Terminal Operating System
In the TOS comparison, ContPark stands as a leading advanced container terminal operating system. It is designed to digitise and automate operations. This applies to inland terminals, container depots, and intermodal yards. As a leading software solution, ContPark provides full-cycle logistics management, including gate-in and gate-out registration, repair and maintenance workflows, inventory tracking, and automated billing.
ContPark also provides real-time visibility into container locations and terminal activity through a centralized interface used by dispatchers. It also uses task management tools to coordinate responsibilities across employees and ensure accuracy.
ContPark is a cloud-based, modular architecture that is scalable and offers mobile access and multilingual environments. Companies need to operate across diverse regions. ContPark also has built-in EDI and API integrations that connect customs authorities, shipping lines, and ERP systems for seamless data exchange.
ContPark allows its users to access detailed reports on service performance, financial indicators, and container flows. Terminal operators, inland depot managers, and logistics providers use ContPark because it’s a flexible, scalable software solution that eliminates paper-based workflows, improving transparency and process control.
5. iPortman
Businesses looking for web-based, large-scale port software should consider choosing iPortman. It is an ideal solution for PDA, desktop, mobile, and tablet devices. One of the major benefits of using iPortman is that it supports multiple languages and seaports.
iPortman delivers a wide range of services, including legacy migration, system integration, and process optimization. It is an ideal choice for green and brownfield terminal operators. iPortman is suitable for bulk, breakbulk, liquid, and project cargo.
The features of iPortman have driven its popularity. Some of the most prominent features of iPortman for TOS comparison include:
- Cargo tracking
- Real-time data processing
- Automating workflow
- Labor management
- EDI compliance
- Automated gate operations
- Multi-terminal support
- Document management
- Yard management
6. Continuity
Continuity is one of the leading terminal management systems, effective for operations management and automation. Mangan Inc developed it. A key feature of Continuity is its flexibility in adapting to every terminal’s unique operational needs.
Continuity is available in the market as a one-premise and cloud-based solution. It is a Microsoft .NET Core web application with a mobile-first design. Continuity can be easily integrated with third-party, local, and enterprise systems to deliver operational Continuity and performance.
Continuity is extremely effective for terminal operators as a highly configurable, reliable platform that delivers efficiency and support. This can be easily used for a wide range of operations.
What Are the Requirements of a Modern TOS?
While you’re comparing TOS, it is important to understand the requirements of a modern TOS. When choosing a TOS provider, it is crucial to consider what the system must have. These usually include:
- The terminal management systems should be 100% cloud based.
- TOS should have a mobile technology for capturing data and stakeholder communication.
- It must include ERP integration with specific invoicing and accounting systems.
- The large-scale port software should include ‘plug and play’ connectors to standardize cargo information formats. These connectors are crucial for configuring and testing cargo integration across shipping-line customers. The TOS your business chooses must be implemented rapidly for the customer, especially before it goes live.
- The TOS should include data-driven yard planning and machine learning recommendations optimised for cargo and container placement.
- TOS should also be compliant with Power BI (Microsoft) or any similar business analytics service.
Conclusion
The modern Terminal Operating System is no longer an option, but a requirement for large-scale ports. It is foundational infrastructure. As global trade volumes grow, different TOS platforms are providing the foundation for digital excellence. The best terminal operating systems are helping across multiple dimensions to increase visibility and productivity. Furthermore, it supports cost control, enabling better turnaround times and data-driven decision-making within the connected maritime ecosystem.
FAQs
What is the importance of TOS in port operations?
The terminal operating systems play an important role in boosting operational efficiency while reducing costs. This helps to enhance security while adapting to the upcoming challenges.
Why do large-scale ports need advanced TOS solutions?
Large-scale ports handle multiple berths, intermodal operations, and automated equipment. Integrating the advanced TOS helps drive real-time visibility, optimized berth allocation, and reduced vessel turnaround time. Furthermore, it plays a key role in data-driven decision-making.
What are the key features to consider when comparing TOS?
The key features to consider for TOS comparison include yard optimization algorithms, automation compatibility, API & EDI integration capabilities, cybersecurity framework, and scalability for future expansion.
Can TOS improve port productivity?
TOS can improve port productivity significantly. If implemented accurately, it reduces yard congestion, improves crane sequencing, and automates the documentation workflow. Furthermore, it also enhances truck turnaround time. This helps to drive higher throughput and better asset utilization.
Are cloud-based TOS effective?
Yes, cloud-based TOS is quite effective for faster deployment, automatic updates, and improved accessibility. Furthermore, cloud-based TOS solutions also boost lower upfront infrastructure costs.
