AI for Container Vessel Stowage Planning with Stability…

AI for Container Vessel Stowage Planning with Stability Constraints

Use AI to generate stowage plans that satisfy stability, lashing, port sequence, and commercial constraints while reducing rehandles and delays.

Stowage planning is complex: stability, lashing, port calls, reefer slots, and cargo priorities conflict. AI searches the space to deliver feasible, efficient plans that cut rehandles and risk.

Crane split optimization for port stay reduction.

What-if for late cargo, swaps, and weather.

Live plan adjustments with delays or draft changes.

live demo · related simulation● LIVE

Manifest/TOS integration; vessel profiles; DG/reefer data.

Hydrostatic/stability data; lashing rules.

Port call schedule and berth constraints.

Frequently asked questions

What are the ‘what-if’ and auto-fix suggestions features within mysimulator.uk?

What-if and auto-fix suggestions.

How do I manage vessel profiles, manifests, and data validation on mysimulator.uk?

You can utilize the system to ingest vessel profiles and manifests, and then validate the data quality to ensure accurate simulation results.

Can I configure stability and lashing constraints within the simulator, and what is the purpose of running baseline plans?

Yes, you can configure stability and lashing constraints using the simulator’s tools. Running baseline plans allows you to establish a standard performance benchmark for comparison during your simulations.

How does pilot optimization on select voyages work – specifically, comparing rehandles and port stay times?

The pilot optimization feature analyzes different handling strategies during specific voyages by comparing the time spent rehandling cargo and remaining in port; this allows you to identify the most efficient operational approach.

▶ Try it live

Everything above runs in your browser — open Hash Function Avalanche Visualizer and change the parameters while it is running. Nothing is installed, nothing is uploaded, the whole model lives in one tab.

▶ Open Hash Function Avalanche Visualizer simulation