About
INFORM Maritime is an enterprise-grade AI optimization platform designed specifically for maritime terminals, inland container terminals, and logistics operators managing complex container handling environments. Its core Optimization Modules operate in real time to coordinate container movements, allocate resources, and schedule equipment such as automated stacking cranes and horizontal transport vehicles — all with minimal manual intervention. The platform is modular and can be individually configured to meet the unique operational needs of each terminal, whether handling ultra-large container ships (ULCS) or smaller vessels. It integrates smoothly with existing Terminal Operating Systems (TOS), protecting prior technology investments while adding powerful AI capabilities on top. Key operational benefits include increased handling efficiency and speed, lower operational costs, optimized crane and vehicle utilization, and on-schedule vessel transshipment. The software is built for high-complexity, time-critical logistics environments where space and timing directly impact profitability. INFORM Maritime is part of INFORM's broader suite of AI-powered solutions spanning aviation, production planning, risk management, and supply chain. It is particularly suited for maritime terminal operators, port authorities, logistics service providers, and intermodal terminal managers looking to modernize operations with proven AI technology. The solution supports fully automated terminals as well as semi-automated and traditional facilities.
Key Features
- Real-Time Container Movement Optimization: Automatically plans and adjusts container movements across the terminal yard in real time, reducing dwell times and improving throughput.
- Equipment Deployment Scheduling: Optimizes the allocation and scheduling of cranes, automated stacking equipment, and horizontal transport vehicles to maximize utilization.
- Modular and TOS-Integrated Architecture: Configurable modules that integrate seamlessly with existing Terminal Operating Systems, enabling incremental adoption without replacing legacy infrastructure.
- Support for Fully Automated Terminals: Designed to handle fully automated terminals with automated stacking cranes and driverless transport, as well as conventional semi-manual operations.
- On-Schedule Vessel Transshipment: Coordinates all terminal resources to ensure vessels are loaded and discharged on schedule, even during complex multi-vessel operations.
Use Cases
- Optimizing crane scheduling and container stacking at a busy deep-sea container port handling multiple ultra-large container ships simultaneously.
- Automating equipment dispatch and yard management at an inland intermodal terminal to reduce truck turnaround times.
- Integrating AI-driven resource optimization into an existing TOS to improve berth productivity without replacing legacy port management systems.
- Coordinating automated stacking cranes and driverless transport vehicles at a fully automated greenfield terminal.
- Reducing operational costs at a regional container terminal by optimizing staff deployment and equipment utilization across shifts.
Pros
- Deep Domain Specialization: Built exclusively for maritime and inland container terminal operations, ensuring optimization logic is tailored to real-world port constraints and workflows.
- Seamless TOS Integration: Integrates with existing Terminal Operating Systems, reducing implementation risk and allowing operators to adopt AI without a full system overhaul.
- Scalable Across Terminal Types: Works for both fully automated mega-terminals and smaller semi-automated facilities, making it adaptable to a wide range of operational scales.
- Proven Enterprise Reliability: Backed by INFORM's decades of experience in AI optimization across aviation, logistics, and manufacturing industries.
Cons
- Enterprise Pricing Complexity: As a highly specialized enterprise solution, pricing and implementation timelines are not publicly available, making evaluation difficult without direct vendor engagement.
- Not Suited for Small Operations: The platform's depth and modular complexity are designed for large-scale terminal operations, making it potentially over-engineered for smaller logistics businesses.
- Implementation Dependency: Optimal results require integration with existing TOS and infrastructure, meaning onboarding involves significant technical coordination.
Frequently Asked Questions
What types of terminals does INFORM Maritime support?
INFORM Maritime supports both maritime container terminals (handling vessels of all sizes, including ULCSs) and inland container terminals, including fully automated, semi-automated, and conventional facilities.
Does INFORM Maritime replace an existing Terminal Operating System (TOS)?
No. INFORM Maritime is designed to integrate with and complement existing TOS platforms rather than replace them, adding AI optimization capabilities on top of current infrastructure.
How does the AI optimization work in real time?
The system continuously evaluates terminal state — container positions, vessel schedules, equipment availability — and issues optimized instructions to crane operators and transport systems to minimize bottlenecks and maximize throughput.
Is INFORM Maritime suitable for fully automated terminals?
Yes. The platform is engineered to support terminals with automated stacking cranes and autonomous horizontal transport vehicles, coordinating them intelligently without manual intervention.
What business benefits can terminal operators expect?
Operators typically gain increased handling efficiency, reduced operating costs, optimized equipment utilization, and improved on-schedule vessel turnaround performance.
