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Aerospace Aviation SpaceTop 10 Best Vessel Design Software of 2026
Top 10 vessel design software options compared for naval architects. Includes where NAPA fits and key tradeoffs for vessel design teams.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
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Framework: Features 40% · Ease 30% · Value 30%
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NAPA is the best pick for engineering teams that need repeatable vessel calculations and paperwork because its input-driven computation pipeline carries traceable results straight into structured calculation and report sections, whereas COMPRESS fits pressure-focused design teams since its linked calculation-to-document chain keeps configurations consistent across review cycles.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
NAPA
Input-driven computation pipeline that carries results into structured calculation and documentation packages.
Best for: Fits when engineering teams need repeatable vessel calculations and documentation, while CAD geometry stays in existing tools.
AVEVA Marine
Editor pickReference-data driven configuration for vessel deliverables helps keep design changes consistent across structured documentation sets.
Best for: Fits when engineering teams need controlled vessel design deliverables tied to standards and structured reference data.
COMPRESS
Editor pickTightly linked design calculations that feed documentation outputs with consistent configuration across iterations.
Best for: Fits when engineering teams need repeatable pressure vessel calculations and deliverables for review cycles.
Comparison Table
NAPA
enterpriseNaval architecture and ship design software covering stability, loading, hydrodynamics, and design workflows.
Input-driven computation pipeline that carries results into structured calculation and documentation packages.
NAPA’s workflow groups engineering inputs into a calculation sequence and then produces structured deliverables tied to the selected design basis. It supports typical pressure-vessel deliverable needs like thickness mapping and reinforcement-related checks, with results carried into generated reports. Automation is strongest when teams reuse the same configuration for similar vessel families because repeated input sets reduce manual re-entry.
A key tradeoff is that NAPA is computation-first, so geometry-heavy CAD activities like detailed routing and isometric extraction still depend on separate CAD or plant design tooling. NAPA fits teams that need repeatable pressure calculations and documentation while CAD work stays in the shipbuilder’s existing modeling environment.
- +Calculation traceability from inputs to generated report sections
- +MAWP-driven sizing outputs that align with deliverable structure
- +Repeatable vessel families reduce rework across design iterations
- +File-based exchange supports CAD and plant design handoffs
- –Computation-first workflow leaves detailed CAD authoring to other tools
- –Complex reinforcement cases require careful input discipline
Pressure vessel engineering teams
Standard vessel sizing and MAWP documentation
Faster approvals with consistent documentation
Shipbuilders with in-house CAD
Handoff vessel strength results to CAD
Reduced calculation re-entry
Show 1 more scenario
Engineering managers
Control repeatable design variants
More consistent delivery across teams
Managers standardize calculation setups for multiple vessel variants to limit divergence across projects.
Best for: Fits when engineering teams need repeatable vessel calculations and documentation, while CAD geometry stays in existing tools.
AVEVA Marine
enterpriseIntegrated ship design and engineering software for 3D modeling, outfitting, production, and project execution.
Reference-data driven configuration for vessel deliverables helps keep design changes consistent across structured documentation sets.
AVEVA Marine is built for vessel engineering organizations that manage structured design outputs, not for teams that only need light-weight concept modeling.
Core value comes from configuration control and downstream package consistency across the engineering workflow, including drawing and isometric-oriented outputs.
The main friction point is governance overhead, since teams must align modeling practices and reference definitions to get predictable results.
- +Reference-data driven configuration supports controlled engineering output
- +Engineering change impact is easier to manage across structured deliverables
- +Good fit for organizations already using AVEVA ecosystem workflows
- +Supports structured documentation outputs aligned to vessel design packages
- –Initial setup and standards alignment require project governance discipline
- –Automation and API depth feel less transparent than leading engineering data hubs
- –3D authoring workflows can be slower without disciplined modeling standards
- –Integration work is often needed to match CAD and drawing production pipelines
Naval architecture design teams
Create structured vessel hull concepts
Later engineering supported
Ship structural engineering teams
Apply rules-based structure checks
More consistent design decisions
Show 2 more scenarios
Shipyard engineering managers
Coordinate multidisciplinary design changes
Traceable discipline change management
They manage shared structures and references to improve traceability of discipline decisions.
Marine outfitting and systems engineers
Connect outfitting data in models
Connected outfitting information
They coordinate equipment and marine systems within the vessel model for multidisciplinary review readiness.
Best for: Fits when engineering teams need controlled vessel design deliverables tied to standards and structured reference data.
COMPRESS
vertical specialistPressure vessel and heat exchanger design software with code-based calculations and reporting.
Tightly linked design calculations that feed documentation outputs with consistent configuration across iterations.
COMPRESS is used for pressure vessel design tasks where engineering teams need traceable calculation steps and formatted deliverables for fabrication and review cycles. The software supports nozzle-centric checks used in vessel design workflows and produces documentation artifacts like bill of materials and weight and center of gravity reporting.
A key tradeoff is that achieving consistent results depends on establishing reusable project templates for design criteria and drawing conventions. The tool fits best when a single design team repeats similar shell and head configurations and needs faster turnarounds than template-driven spreadsheet work.
- +Calculation-to-document chain reduces re-keying across reports and drawings
- +Nozzle reinforcement checks support realistic vessel nozzle design workflows
- +MAWP and thickness mapping outputs align with fabrication-ready review packages
- +Bill of materials plus weight and center of gravity reporting supports release work
- –Template setup takes time before multi-project reuse delivers speedups
- –CAD file handling depends on an external model source rather than native geometry authoring
Pressure vessel design engineers
Frequent MAWP revisions during iterations
Faster engineering change cycles
Detailing and drafting teams
Release package drawing generation
More consistent release packs
Show 1 more scenario
Engineering managers
Standardized criteria across projects
Lower variation between projects
Reuse project configuration to keep nozzle checks and calculation settings consistent.
Best for: Fits when engineering teams need repeatable pressure vessel calculations and deliverables for review cycles.
GHS
vertical specialistStability and hydrostatics software for ships, barges, offshore structures, and marine loading studies.
Nozzle reinforcement and reinforcement-associated calculations run as a guided workflow that stays tied to the vessel input set.
GHS focuses on pressure vessel design workflows that shipbuilders use to move from geometry inputs to code-driven deliverables. It supports engineering tasks like nozzle reinforcement checks and thickness mapping, which helps teams reduce rework when design basis changes.
- +Nozzle reinforcement workflow ties into the design calculation sequence
- +Thickness mapping accelerates review of material distribution and updates
- +MAWP-oriented calculation flow supports consistent sizing iterations
- +CAD-neutral exchange supports downstream documentation and drawing extraction
- –CAD import expectations can force model cleanup before calculations
- –Automation depends on configuration discipline across engineering variants
- –FEM handoff is limited compared with full simulation-first pipelines
- –Reference-data alignment requires careful management of equipment standards
Marine engineering organizations
Organize design variants and reports
Consistent records across revisions
Marine design offices
Compare hull form variants
Repeatable variant comparisons
Show 2 more scenarios
Engineering managers and reviewers
Track approvals and linked deliverables
Clear approval traceability
Organize revision status and approval iterations while linking calculations and drawing deliverables.
Offshore engineering teams
Run rule-oriented offshore checks
Traceable calculation outputs
Apply structured checks to offshore structures to produce traceable calculation outputs for iterations.
Best for: Fits when mid-size teams need code-oriented vessel calculations with controlled deliverables and repeatable iterations.
DELFTship
SMBHull design software for boats and small vessels with surface modeling, hydrostatics, and resistance analysis.
A parameter-linked project workflow that propagates geometry edits into hydrodynamic and seakeeping runs with consistent reporting.
DELFTship is built around a structured design workspace where geometry inputs feed calculation runs and where results map back to the active configuration. The software supports parameter-driven iteration, so changing lines plan or structural assumptions can trigger new analyses without rebuilding the project from scratch. Built-in output focuses on engineering deliverables like performance summaries and motion and loading outputs used during concept refinement.
- +Parameter-driven iteration keeps geometry changes linked to new calculations
- +Engineering-focused outputs support repeatable concept comparisons
- +Project-based workflow reduces rework during multi-variant evaluations
- +Automation of deliverable outputs speeds revision cycles
- –CAD neutrality can require cleanup before analysis-ready inputs
- –Model setup takes time before teams reach consistent repeatability
- –Advanced customization depends on the tool’s supported workflow
- –Large parametric studies can strain typical workstation resources
Ship design engineering teams
Compare multiple hull variants quickly
Faster variant selection
Naval architecture analysts
Run powering and resistance studies
Consistent comparison baseline
Show 1 more scenario
Concept design managers
Control iteration and revisions
Lower revision churn
Managers track analysis outputs across design revisions to support internal review cycles and design sign-offs.
Best for: Fits when shipbuilders need repeatable hull iterations with analysis outputs tied to the same project revisions.
AutoShip
vertical specialistMarine CAD software for hull modeling, hydrostatics, stability, and vessel design analysis.
Configuration-driven drawing and bill-of-materials generation that keeps revision outputs consistent across repeat designs.
AutoShip performs vessel design configuration and document workflows aimed at commercial shipbuilding teams. It ties engineering inputs to repeatable outputs like drawings and bill-of-materials, with automation hooks for templated production runs.
- +Strong control over repeatable vessel design configurations and generated outputs
- +Document workflow automation reduces manual re-creation of standard drawing sets
- +Configuration templating supports consistent bill-of-materials across revisions
- +Good fit for teams that need governance around design-to-document handoffs
- –Limited coverage for vessel-specific engineering simulation authoring in-system
- –Workflow setup can require governance discipline to keep configuration logic consistent
- –CAD interoperability depends on downstream neutral exchange and manual mapping
- –Advanced structural calculation workflows may require external specialized tools
Offshore design and FEED teams
Organize assumptions and configurations
Controlled variant handoffs
Naval architects and design offices
Revise rule-based hull concepts
Faster consistent hull comparison
Show 2 more scenarios
Marine engineering and documentation teams
Produce report and drawing deliverables
Reusable document package
Create stability booklets, lines plans, general arrangements, and fabrication-oriented drawing packages from updates.
Hydrodynamicists and concept teams
Tie performance studies to hull variants
Early performance comparisons
Run resistance and propulsion comparisons as hull geometry and vessel parameters change.
Best for: Fits when shipbuilders need controlled configuration-to-document automation without replacing engineering analysis tools.
NozzlePRO
vertical specialistFinite element analysis software for pressure vessel nozzles, local stresses, and reinforcement assessment.
Configurable nozzle reinforcement runs that generate review-ready outputs directly from engineering input sets.
NozzlePRO focuses on nozzle reinforcement and vessel integrity workflows tied to common pressure-vessel calculation practices. It supports thickness mapping, nozzle load handling, and report generation designed for ASME BPVC Section VIII and related compliance deliverables.
- +Nozzle reinforcement workflow centered on nozzle-specific engineering inputs
- +Thickness mapping supports iterative review of calculated regions
- +Outputs are formatted for engineering report packages and internal sign-off
- +Repeatable configuration reduces time spent rebuilding input sets
- –Finite element analysis depth is limited compared with full FEA-centric toolchains
- –CAD geometry intake and neutral file exchange coverage is narrow
- –Complex load case setup can require specialist knowledge to validate assumptions
- –Automation needs manual orchestration for multi-asset batch runs
Pressure vessel integrity engineers
Run nozzle reinforcement and loading
Reinforcement results for review
Marine compliance documentation teams
Generate Section VIII deliverables
Code-aligned documentation outputs
Show 1 more scenario
Engineering analysts
Produce nozzle load handling outputs
Consistent nozzle reinforcement outputs
Connect nozzle load handling inputs to downstream reinforcement results used in compliance documentation.
Best for: Fits when teams need consistent nozzle reinforcement calculations and vessel package outputs without deep CAD-to-analysis automation.
PV Elite
enterprisePressure vessel design software for code calculations, nozzle analysis, and fabrication reports.
Integrated vessel design documentation pack that stays tied to the same calculation model across revisions.
PV Elite from Hexagon centers on pressure vessel design with an analysis pipeline mapped to code checking workflows. It supports model-driven design for shells, heads, nozzles, and reinforcements while generating documentation outputs like nozzle orientation drawings and bill of materials.
- +Code-aligned design workflow for pressure vessel calculations and report output
- +Document generation includes nozzle orientation drawings and bill of materials artifacts
- +CAD neutral file exchange supports downstream modeling handoff
- +Enterprise reference data patterns support consistent inputs across projects
- –Best results require disciplined project setup for consistent data entry
- –Nozzle reinforcement workflows can feel configuration-heavy for edge cases
Pressure vessel design engineers
Model shells, heads, and nozzles
Model-driven code checking
Detailing and documentation teams
Generate nozzle drawings and BOMs
Documentation ready from model
Show 2 more scenarios
Enterprise engineering teams
Exchange CAD-neutral geometry
Interoperable design data
Move design data to downstream CAD work using CAD-neutral file exchange and enterprise reference data.
Calculation coordinators
Automate repeatable project setup
Repeatable project calculations
Set up calculation runs and documentation generation for repeatable projects instead of manual spreadsheet steps.
Best for: Fits when engineering teams need repeatable pressure vessel design calculations with documentation and structured handoff to CAD.
CADMATIC Marine
enterpriseMarine engineering software for 3D ship design, outfitting, production, and documentation.
Marine-specific parameter templates drive automatic regeneration of model items and associated extraction outputs from maintained intent.
CADMATIC Marine targets vessel design workflows that connect 3D model intent to downstream engineering outputs. It is built around parameter-driven creation and management of ship and marine items, with controlled regeneration to reduce rework when requirements change.
- +Marine component templates support repeatable modeling across vessel families
- +Regeneration keeps documentation aligned with parameter changes
- +Model extraction reduces manual work for drawing views and cutouts
- +Structured bill of materials outputs support coordination with other disciplines
- –Template setup work can be significant for nonstandard vessel variants
- –Automation depth depends on how the source model is parameterized
- –Integration breadth is limited compared with broad AEC toolchains
- –Advanced analysis handoff requires external engineering tool steps
Ship design teams
Maintain parameter-driven marine items
Lower rework on changes
Marine component detailers
Use marine templates and extraction
Faster drawings from model
Show 1 more scenario
BOM coordinators for review
Export structured bill of materials
Review-ready BOM exports
Generate structured exports of bill of materials to support review and coordination after model updates.
Best for: Fits when ship design teams need template-driven model-to-document automation with controlled regeneration.
Naval Designer
SMBBoat and ship hull design software focused on geometry, hydrostatics, and conceptual vessel development.
End-to-end vessel definition to deliverables pipeline that recalculates and regenerates multiple shipyard documents from updated inputs.
Naval Designer performs structured vessel design workflows that translate project inputs into deliverables like weight, arrangement, and hydrostatics reporting. It focuses on repeatable engineering calculations and document generation tied to a single vessel definition rather than isolated spreadsheets.
- +Automates vessel definition updates so reports refresh from one model
- +CAD neutral exchange supports cross-tool hull and arrangement transfer
- +Structured outputs cover practical shipyard documentation workflows
- +Calculation and reporting linkage reduces manual copy work
- –Limited extensibility compared with code-driven engineering stacks
- –Setup requires disciplined parameter mapping across design stages
Shipyard engineering teams
Update ship definition and reports
Reports stay synchronized
Design calculation analysts
Generate weight and arrangement outputs
Repeatable engineering deliverables
Show 1 more scenario
CAD exchange coordinators
Share hull and arrangement geometry
Fewer exchange handoff issues
Use CAD-neutral exchange so hull and arrangement geometry can move between tool boundaries.
Best for: Fits when mid-size teams need automated vessel definition changes to drive consistent documentation outputs.
Conclusion
After evaluating 10 vessel design software, NAPA stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Vessel Design Software
Vessel design software turns engineering inputs into repeatable calculations, structured documentation, and revision-safe handoffs, which matters for pressure vessel design deliverables and shipyard drawing sets. This buyer’s guide covers COMPRESS, DELFTship, NAPA, GHS, Naval Designer, AVEVA Marine, PV Elite, NozzlePRO, AutoShip, and CADMATIC Marine.
Across the tools, the dividing lines show up in how calculations connect to document regeneration, how geometry changes propagate into analysis runs, and how much automation depends on configuration discipline. The strongest options also differ in how nozzle reinforcement checks, thickness mapping, and bill of materials artifacts fit into the same end-to-end workflow.
Vessel Design Software for calculation-driven deliverables, documentation regeneration, and revision control
Vessel design software is the system that converts vessel parameters into sizing outputs, review-ready report sections, and drawings that refresh from updated inputs. COMPRESS emphasizes a tightly linked calculation-to-document chain, which reduces re-keying across reports and drawings while supporting nozzle reinforcement checks in the same workflow.
Some tools focus more on parameter-linked iteration across engineering runs and document outputs, so geometry edits remain tied to the same project revisions. DELFTship uses a parameter-linked workflow that propagates geometry edits into hydrodynamic and seakeeping runs with consistent reporting, while NAPA uses an input-driven computation pipeline that carries results into structured calculation and documentation packages.
Calculation-to-document coupling for vessel design deliverables
Vessel design software becomes useful when calculation results carry into the same document set without re-keying, so review cycles do not restart from manual inputs. The tools in this list differ most in how tightly they bind calculations, drawings, and bill of materials artifacts to a single revision-safe workflow.
Calculation-to-document chain that stays consistent across iterations
COMPRESS keeps a tightly linked calculation-to-document chain so report sections and drawings stay aligned across design iterations. PV Elite also keeps documentation generation tied to the same calculation model across revisions.
Parameter-linked project workflow that propagates changes into new runs and outputs
DELFTship uses a parameter-linked project workflow that propagates geometry edits into hydrodynamic and seakeeping runs with consistent reporting. Naval Designer automates vessel definition updates so multiple shipyard documents refresh from updated inputs.
Structured documentation generation from input-driven computation pipelines
NAPA carries results into structured calculation and documentation packages using an input-driven computation pipeline. AVEVA Marine emphasizes reference-data driven configuration so design changes remain consistent across structured deliverables.
Nozzle reinforcement and thickness mapping workflows tied to the vessel input set
GHS runs nozzle reinforcement and reinforcement-associated calculations as a guided workflow tied to the vessel input set and accelerates review with thickness mapping. NozzlePRO centers on configurable nozzle reinforcement runs that generate review-ready outputs and support iterative review with thickness mapping.
Configuration-driven drawing and bill of materials automation for repeat designs
AutoShip generates drawings and bill of materials from controlled configurations so revision outputs stay consistent across repeat designs. CADMATIC Marine regenerates model items and extraction outputs from marine-specific parameter templates so documentation stays aligned with parameter changes.
Choose by workflow philosophy: analysis-first, calculation-first, or configuration-first
The decision should start with how design change events move through the workflow. Some tools treat calculations as the source of document regeneration, while others treat configuration or parameter intent as the primary control surface.
Start from the primary change event: geometry edits or parameter inputs
If geometry edits must automatically trigger new analysis runs and consistent reporting, DELFTship ties parameter changes to hydrodynamic and seakeeping outputs. If engineering teams instead want input-driven computation to generate structured calculation and documentation packages, NAPA uses an input-to-report pipeline.
Pick the source-of-truth for document regeneration
If the software must reduce re-keying by generating report sections and drawings from a linked calculation-to-document chain, COMPRESS is built around that consistent chain. If a calculation model must remain the backbone for a vessel design documentation pack, PV Elite ties documentation generation to the same calculation model across revisions.
Select the nozzle reinforcement path that matches engineering coverage needs
If nozzle reinforcement must run through a guided workflow tied to a vessel input set with review acceleration via thickness mapping, choose GHS. If nozzle reinforcement needs focus on nozzle-specific engineering inputs with review-ready package outputs and thickness mapping, choose NozzlePRO.
Match the tool to the team’s CAD role and model ownership
If CAD work stays outside the vessel design tool and calculation and documentation come from inputs, NAPA and COMPRESS both depend on external model source handling rather than native geometry authoring. If CAD neutrality requires cleanup before analysis-ready inputs, DELFTship may demand extra model setup work to reach repeatability.
Use configuration governance when outputs must stay standardized across families
If teams need controlled vessel definition changes that regenerate multiple shipyard documents from updated inputs, Naval Designer automates that vessel definition update loop. If repeat designs depend on controlled configuration to keep drawing and bill of materials outputs consistent, AutoShip focuses on configuration-driven drawing and bill of materials generation.
Who benefits from Vessel Design Software with revision-safe deliverables
Vessel design software fits teams that manage repeated vessel variants and frequent review cycles. The deciding factor is whether the team needs calculations to drive documentation regeneration or whether it needs configuration logic to drive consistent output sets.
Pressure vessel engineering teams running repeatable calculations and report cycles
COMPRESS and NAPA both emphasize calculation pipelines that feed structured documentation so review-ready outputs refresh from updated inputs with traceability.
Shipbuilders iterating hull concepts with geometry-linked analysis and consistent reporting
DELFTship uses parameter-linked iteration that keeps geometry edits tied to new analysis runs. Naval Designer also recalculates and regenerates multiple shipyard documents from updated vessel definition inputs.
Mid-size teams standardizing nozzle reinforcement checks and reinforcement-associated documentation
GHS and NozzlePRO both center nozzle reinforcement workflows that stay tied to the vessel input set. GHS adds a thickness mapping path designed to accelerate review of calculated regions.
Engineering organizations with reference-data governance for structured deliverables
AVEVA Marine relies on reference-data driven configuration to manage engineering change impact across structured deliverables, which supports controlled output sets.
Design and drafting teams maintaining repeatable drawing and bill of materials sets without replacing engineering analysis tools
AutoShip focuses on configuration-driven drawing and bill of materials generation that keeps revision outputs consistent across repeat designs. CADMATIC Marine adds marine-specific parameter templates that regenerate model items and associated extraction outputs.
Common failure modes in Vessel Design Software rollouts
Most implementation problems come from mismatched ownership of geometry, parameters, and document regeneration responsibility. Another common failure mode is underestimating the governance discipline needed to keep configuration logic and input discipline consistent across variants.
Assuming the tool will stay accurate without setup work for repeatable reuse
COMPRESS reduces re-keying after templates are set up, but template setup takes time before multi-project reuse delivers speedups. AutoShip also relies on configuration logic that requires governance discipline to keep revision outputs consistent.
Treating CAD neutrality as automatic analysis-readiness
DELFTship can require CAD-neutral cleanup before inputs become analysis-ready, which delays the first repeatable iteration. NozzlePRO and GHS expect CAD import handling that can force model cleanup before calculations.
Overextending nozzle reinforcement workflows into workloads better covered by deeper simulation stacks
NozzlePRO has limited finite element analysis depth compared with full FEA-centric toolchains. GHS also requires configuration discipline across engineering variants to keep the guided nozzle reinforcement workflow consistent.
Trying to use document automation when extensibility is thin for custom engineering workflows
Naval Designer delivers automated vessel definition updates and document refresh, but its extensibility is limited compared with code-driven engineering stacks. AVEVA Marine can feel like automation depth is less transparent than engineering data hubs, which limits how quickly custom governance flows can be shaped.
How We Selected and Ranked These Tools
We evaluated COMPRESS, DELFTship, NAPA, GHS, Naval Designer, AVEVA Marine, PV Elite, NozzlePRO, AutoShip, and CADMATIC Marine using features at 40 percent, ease at 30 percent, and value at 30 percent. The ranking prioritized calculation-to-document coupling that reduces re-keying by keeping outputs aligned to the same calculation chain.
COMPRESS set the top position by linking calculations directly to documentation outputs with consistent configuration across iterations and by supporting nozzle reinforcement checks within the same workflow. Features and ease were weighted to favor tools that regenerate document sets from updated inputs without forcing re-entry of engineering values.
Frequently Asked Questions About Vessel Design Software
How do COMPRESS and NAPA differ in how calculations link to deliverables?
When does a shipbuilder choose DELFTship over Naval Designer for vessel work?
How do PV Elite and GHS handle nozzle reinforcement and related review outputs?
Which tool is better for controlled data reuse across stages: AVEVA Marine or PV Elite?
What breaks if nozzle load tables are missing from the design workflow in NozzlePRO and GHS?
How do teams migrate existing vessel calculations and configurations into AVEVA Marine and Naval Designer?
What integration pattern works best for CAD-neutral exchange between vessel design and downstream 3D modeling: PV Elite or AVEVA Marine?
How do COMPRESS and AutoShip differ in approach when shipbuilders need repeatable configuration-to-document runs?
Where does extensibility show up differently across CADMATIC Marine and DELFTship?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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