Moving assets
Vehicle and container assignments changed as work progressed through port stages.
Anonymous logistics technology case study
Tracking vehicles and containers across port operations
A port logistics operation needed live visibility into vehicle and container movements, coordinated control-center and mobile work, data exchange, arrival estimates, and proof of delivery.
The situation
Port movements involved vehicles, containers, dispatchers, mobile operators, and external data exchanges.
The control center needed to see where vehicles and containers were in the operating process and estimate arrival at the next point.
Mobile terminals needed to exchange instructions and status with the central product, while EDI and electronic proof of delivery connected operational events with surrounding business processes.
The challenge
Keep physical movements and business messages synchronized across several technical channels.
Tracking, mobile communication, mapping, EDI, and proof of delivery had to represent the same operational reality.
Distributed interfaces
Control-center web functions, mobile terminals, mapping, and EDI formed separate but connected workstreams.
Integration discipline
Reusable components, builds, tests, and interfaces had to stay aligned across the product.
The solution
A component-based logistics product connected the manifest, movement queue, mobile terminal, and external messages.
GPS, GPRS, GIS, web services, EDI, and electronic proof of delivery were organized around shared vehicle and container work.
- 01
Model the movement
Connect manifests, vehicles, containers, stages, dispatch instructions, and estimated arrival.
- 02
Link field and center
Use mobile terminals and wireless communication to exchange status and work information.
- 03
Integrate business events
Connect EDI exchanges and electronic proof of delivery with the central operational record.
How the work was structured
Coordinate web, mobile, and EDI work as one product program.
Early prototypes helped stakeholders review the concept and operational interactions before full implementation.
Web, mobile-terminal, and EDI workstreams used a shared architecture, component model, interfaces, and delivery coordination.
Automated coding support, testing, and builds helped keep the integrated product moving through repeated implementation and validation.
01Manifest
Pair the operating work with vehicles and containers.
02Track
Receive location and movement status.
03Exchange
Synchronize mobile and EDI information.
04Confirm
Record arrival and electronic proof of delivery.
The result
Vehicle and container movement became visible from dispatch through arrival and proof of delivery.
The documented product combined live tracking, arrival estimates, mobile communication, business-data exchange, and electronic delivery confirmation in one extensible logistics platform.
Movement visibilityfor vehicles and containers
Connected channelsacross center, mobile, mapping, and EDI
Delivery confirmationthrough electronic proof records
Operations shared one record
Manifest, vehicle, container, stage, and status information stayed connected.
Field and center coordinated
Mobile communication linked operating staff with the central control workflow.
Interfaces remained extensible
Component and service-based design supported connections to mapping, EDI, and surrounding systems.
Case taxonomy
Searchable by industry, technology, product, and business need.
Industry and product
- Logistics
- Port Operations
- Vehicle Tracking
- Container Tracking
Technology and delivery
- GPS
- GPRS
- GIS
- EDI
- .NET
- ASP.NET
- Oracle
- Web Services
Business need
- Estimated Arrival
- Mobile Terminal
- Dispatcher Workflow
- Electronic Proof of Delivery
- System Integration
Connect physical movement and business data
Need live operational software across vehicles, devices, and external systems?
Get in touch
Ready to build software that fits your business?
Tell us what you need to build, modernize, automate, or augment with AI. We can start with a focused discussion or a no-risk 1-week trial.
“A fantastic company to work with.” After the initial rapid development project, American Shipping Co. kept two Shinetech developers embedded for nearly four years, supporting internal and external tools and new AI initiatives.
CEO, American Shipping Co. - 5-star Google Review