Heterogeneous Data Formats
Autostore TOS consumed JSON-based data while other maritime systems shared information through XML, flat files, EDIFACT EDI, and APIs. This created significant transformation and compatibility challenges across systems.
Logistics
Boomi
Maritime System Integration
Autostore TOS consumed JSON-based data while other maritime systems shared information through XML, flat files, EDIFACT EDI, and APIs. This created significant transformation and compatibility challenges across systems.
Critical operational data, such as vessel visits, container details, crane allocations, customs notifications, and manifest generation, requires real-time processing without inaccuracies or data loss.
Disconnected systems led to delays, operational inefficiencies, and difficulty in managing exceptions. Achieving seamless automation required deep integration across the entire maritime ecosystem.
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Book a Free Consultation CallNeosAlpha conducted a detailed discovery and solution design phase to map all maritime systems, data flows, and interface requirements across the terminal ecosystem.
A message broker architecture was introduced using ActiveMQ to support asynchronous JMS-based communication. This enabled system decoupling, load balancing, and improved scalability across terminal operations.
Boomi was selected as the central integration platform due to its ability to handle API integrations, EDI messaging, JMS connectivity, and multi-format data transformations across cloud and on-premise environments.
Custom transformation logic, including time-zone-specific rules and EDIFACT processing, was implemented. Document tracking and monitoring capabilities were built to provide complete traceability and reduce the risk of data loss across critical maritime transactions.
Time-consuming manual processes across vessel planning, container booking, and customs communication were significantly reduced through automation.
Greater accuracy in vessel scheduling and crane allocation helped reduce congestion peaks in truck and gate operations.
Automation streamlined resource allocation and reduced operational overhead across port activities.
End-to-end integration across terminal systems, customs, logistics providers, and transportation networks enabled a scalable and resilient Smart Port architecture.
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