Mooring analysis takes skilled engineering work before and after the solver: gathering and checking data, building scenarios, repeating work when conditions change, and preparing a defensible report. Moorval brings that work into one controlled environment.
Mooring analysis / prototype validation
Mooring analysis, built as a living engineering model.
Prepare data. Run verifiable calculations. Compare scenarios. Understand what changes when the inputs change.
Vessel, berth, mooring arrangement, equipment and environment data feed one controlled Moorval analysis context that produces calculations, scenarios, change-impact information and engineer review.
InputsVesselBerthMooring arrangementEquipmentEnvironment
MoorvalControlled analysis context
Outputs / contextCalculationsScenariosChange impactEngineer review
01 / Product
More than a calculation.
02 / Connected work
One model. Connected engineering work.
Bring vessel, berth, mooring arrangement, equipment and environmental inputs together. Run transparent calculations, compare scenarios, and retain the engineering context behind each result.
A five-step workflow moves from structured data through transparent calculations, scenario comparison and change impact to an engineer decision.
- 01DataStructured engineering inputs
- 02CalculateTransparent calculations
- 03CompareScenarios and results
- 04Change impactAffected work identified
- 05Engineer decisionReview / approve / correct / reject
Change impact
When an input changes, know what it changes.
A new wind condition, vessel, line arrangement or berth parameter should not force an engineer to rediscover the whole analysis. Moorval identifies the affected scenarios, calculations and conclusions that need attention.
An illustrative wind condition change from 25 knots to 30 knots can propagate to an affected scenario, a result requiring recalculation, and an engineering conclusion requiring review.
- Changed inputWind condition25 kn → 30 kn
- AffectedScenarioAttention required
- RecalculateResultRecalculation required
- ReviewEngineering conclusionReview required
Engineering control
AI assists. The engineer decides.
Moorval can help structure information, prepare analysis and surface what requires attention. Engineering decisions remain reviewable and attributable to the professional who approves, corrects or rejects them.
The system prepares and surfaces information, the engineer reviews inputs and result context, and the engineer decides whether to approve, correct or reject.
- 01System prepares / surfacesStructured information · calculated/result context · items requiring attention
- 02Engineer reviewsInputs · assumptions · result context
- 03Engineer decidesApprove · Correct · Reject
03 / Who it’s for
Built for marine engineering work.
For marine engineers, consultancies, STS operators, ports and terminals that need repeatable, reviewable mooring analysis and clearer control over changing inputs.
Marine engineersConsultanciesSTS operatorsPorts & terminals
04 / Validation
Start with a case we can verify.
Moorval is being validated first against a known vessel-to-berth reference case with trusted outputs. The aim is simple: reproduce the engineering result, reduce manual work, and make the analysis easier to update and review.
Reference-case validation in progress
A restrained validation progression moves from a known reference case, through Moorval reproduction and result comparison, to the next step of an independent engineer test.
- 01Known reference caseTrusted inputs and outputs
- 02Moorval reproductionReproduce the engineering result
- 03Result comparisonCompare outputs and review differences
- 04Independent engineer testNext validation step
05 / Early access
Help shape the first Moorval workflow.
We are preparing the first validated prototype for marine engineers. If you work with mooring analysis and want to test the workflow, we would like to hear from you.
The contact address will be published before launch.