GITNUXSOFTWARE ADVICE
Construction InfrastructureTop 10 Best Formwork Software of 2026
Editorial roundup comparing formwork software options for estimating, BIM workflows, and site coordination, with Tekla Structures, Bluebeam Revu, and ALLPLAN.
How we ranked these tools
Gitnux editors write the brief first: the topic, the inclusion rules, and the frame for what belongs.
Agents extract product evidence with provenance, then collect written reviews and transcribe video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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Tekla Structures is the best pick for reinforced concrete teams that need parametric formwork design tied to BIM coordination because rule-driven detailing links parameter edits to formwork drawing outputs without rebuilding geometry, while Bluebeam Revu is the easier fit for smaller project teams that want calibrated, mark-up-friendly PDF quantity takeoff since its measurement columns and formulas stay consistent directly on the reviewed drawings.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Tekla Structures
Rule-driven model detailing that links parameter changes to formwork drawing outputs without rebuilding geometry.
Best for: Fits when reinforced concrete projects need parametric formwork design tightly connected to BIM coordination and shop drawings.
Bluebeam Revu
Editor pickRevu’s calibrated measurement tools use custom columns and formulas for formwork quantity takeoff directly on marked-up PDFs.
Best for: Fits when project teams need controlled PDF review, measurements, and approvals across contractors.
ALLPLAN
Editor pickPythonParts enables scripted, reusable formwork components that encode internal standards beyond fixed catalog objects.
Best for: Fits when engineering offices need configurable formwork models inside coordinated structural BIM deliverables.
Comparison Table
Tekla Structures
enterpriseTekla Structures provides constructible 3D modeling for concrete, reinforcement, and formwork coordination.
Rule-driven model detailing that links parameter changes to formwork drawing outputs without rebuilding geometry.
Tekla Structures is the main modeling engine behind Tekla’s formwork workflows, with 3D parametric modeling tied to fabrication-ready outputs. It supports parametric formwork design and generates formwork shop drawings with reinforcement-aware coordination hooks for spacing and tolerances.
Automation is driven through model-based rules, templates, and integration points that connect design changes to downstream documents and detailing. For teams that need IFC exchange and native BIM file exchange as part of BIM coordination, Tekla’s model-centric approach keeps formwork data aligned with the broader project model.
- +3D formwork modeling stays linked to drawings and fabrication outputs
- +Formwork shop drawings can be generated from model data with fewer manual re-traces
- +IFC exchange supports BIM coordination handoffs using shared object geometry and attributes
- +Automation via model rules and templates reduces repetitive detailing work
- –Deep setup is required to align model settings with project-specific detailing standards
- –Erection and dismantling plans require extra workflow construction outside core modeling
- –Coordination work can become slower on large models with heavy reinforcement and openings
- –Field inspection workflows need integration work to connect model status to site systems
Best for: Fits when reinforced concrete projects need parametric formwork design tightly connected to BIM coordination and shop drawings.
Bluebeam Revu
SMBBluebeam Revu supports PDF measurement, markup, and quantity takeoff for construction drawings.
Revu’s calibrated measurement tools use custom columns and formulas for formwork quantity takeoff directly on marked-up PDFs.
For formwork teams working from issued PDFs, Revu provides calibrated measurements, custom columns, visual comparisons, stamps, and reusable annotation libraries. Batch processing handles repetitive actions across drawing sets, including hyperlink creation, page labeling, and document assembly. Studio Sessions adds attendee permissions, shared markups, and discussion history to approval workflows.
The main tradeoff is the absence of native parametric wall, column, or slab assembly modeling. Revu also does not calculate concrete pressure, stability, or engineered load cases. A subcontractor reviewing formwork shop drawings can mark revisions, measure areas, and coordinate approvals efficiently, but detailed design must remain in another application.
- +Calibrated measurements support area, length, count, and volume calculations.
- +Studio Sessions supports concurrent markups with controlled attendee permissions.
- +Batch Slip Sheet and hyperlink tools reduce repetitive document handling.
- +Custom tool sets standardize recurring formwork symbols.
- –No native parametric wall, column, or slab assembly modeling.
- –Does not perform concrete pressure or stability calculations.
- –Automation coverage is narrower than BIM authoring APIs.
- –Large drawing sets require disciplined profiles, tool sets, and permissions.
Formwork subcontractors
Reviewing issued shop drawings
Faster markup resolution
Site coordination teams
Comparing revisions before pours
Fewer revision misses
Show 2 more scenarios
Document controllers
Managing drawing approvals
Traceable review history
Studio Projects organizes controlled files, while Sessions keeps review markups with the discussion.
Construction estimators
Measuring panel areas from PDFs
Consistent takeoff worksheets
Calibrated measurements and custom formulas calculate quantities without rebuilding drawings in a model.
Best for: Fits when project teams need controlled PDF review, measurements, and approvals across contractors.
ALLPLAN
enterpriseALLPLAN supports structural BIM workflows for concrete design, detailing, and construction coordination.
PythonParts enables scripted, reusable formwork components that encode internal standards beyond fixed catalog objects.
Formwork teams can model project-specific walls, columns, slabs, supports, and temporary works inside an integrated structural model. PythonParts lets technical users encode company standards and reusable components, while configurable views and drawing tools support construction documentation. Bimplus adds cloud-based model sharing, issue communication, and coordination across project participants.
The tradeoff is that ALLPLAN does not provide the specialized formwork catalogs, pressure checks, or pour-cycle automation found in dedicated formwork applications. It fits contractors and engineering offices that already maintain ALLPLAN standards and need coordinated drawings for complex concrete projects. Teams starting from manufacturer-specific panel systems may need custom libraries, scripts, or companion applications.
- +PythonParts supports reusable company-specific components and automated object creation.
- +Strong 3D formwork modeling within a broader structural BIM environment.
- +Bimplus connects model sharing, issue communication, and coordination workflows.
- +IFC exchange supports handoffs with other authoring and review applications.
- –Dedicated formwork pressure verification is not a core native workflow.
- –Manufacturer-specific panel libraries may require custom development or maintenance.
- –Advanced PythonParts automation requires scripting knowledge and standards governance.
- –Pour sequencing and site installation tracking need companion workflows.
Formwork engineering offices
Project-specific concrete structure documentation
Coordinated construction drawings
Concrete contractors
Reusable internal formwork standards
Consistent component modeling
Show 1 more scenario
BIM coordination teams
Multi-party model review
Centralized coordination records
Bimplus shares federated models and issues with designers, contractors, and other project stakeholders.
Best for: Fits when engineering offices need configurable formwork models inside coordinated structural BIM deliverables.
PlanSwift
SMBPlanSwift provides digital quantity takeoff and estimating for construction trades including concrete work.
PlanSwift’s panel scheduling and quantity reporting stays linked to 2D takeoff objects for fast re-measurement after drawing updates.
PlanSwift is a formwork software solution that turns imported drawings into quantified panel schedules and reusable layouts for the field. It supports 2D takeoff workflows for walls, slabs, and columns with revision-friendly re-measurement tied to drawing views.
- +2D takeoff workflow converts drawing views into panel counts and schedules
- +Revision-aware re-measurement reduces rework when drawings change
- +Exported drawing and worksheet outputs support shop drawing and coordination packages
- +Formwork system libraries reduce manual setup for recurring elements
- –3D formwork modeling depth is limited compared with BIM-first tools
- –Clash detection is not a core capability and requires external coordination
- –Automation beyond takeoff and scheduling needs disciplined process control
- –IFC exchange coverage is narrow for teams using full BIM roundtrips
Best for: Fits when site teams need repeatable 2D formwork takeoff, panel scheduling, and revision handling from drawing imports.
Autodesk Revit
enterpriseAutodesk Revit supports BIM models that represent concrete structures and temporary formwork assemblies.
Revit families and nested family structures support model-based formwork detail variants without duplicating drawing sets.
Autodesk Revit performs 3D formwork modeling by using BIM elements to represent concrete components and construction details inside a single project model. It supports parametric formwork design through families and nested types, and teams can publish formwork shop drawings and plan views as PDFs from the model.
- +Parametric formwork details via families and nested components
- +Consistent BIM coordination across views, sections, and model updates
- +Formwork shop drawings exportable as PDF from model views
- +IFC exchange enables cross-discipline handoff for coordination models
- –Panel scheduling and quantity takeoff need add-ins or external processes
- –Clash detection depth for formwork-specific constraints depends on connected tools
- –Wall, column, slab, and other systems require careful family modeling standards
- –Automation and API coverage for formwork production workflows is limited
Best for: Fits when formwork design depends on BIM coordination and model-driven shop drawings.
SOFiSTiK BiMTOOLS
enterpriseFree Revit add-in suite for efficient 3D modeling and formwork plan elaboration within the SOFiSTiK design platform.
BiMTOOLS-driven propagation from parametric formwork definitions into panel scheduling and erection-dismantling planning outputs.
SOFiSTiK BiMTOOLS is a formwork workflow toolset tied to SOFiSTiK engineering models, with automation centered on generating and checking formwork deliverables. It supports parametric formwork design inputs, then carries those definitions into panel scheduling, erection and dismantling planning, and shop drawing-style outputs.
- +Parametric formwork inputs propagate into scheduling and erection documentation
- +Clear engineering-to-formwork linkage reduces manual rework between model and drawings
- +Formwork quantity takeoff outputs align to defined formwork system definitions
- +Good fit for wall, column, and slab workflows with repeatable definitions
- –Deeper SOFiSTiK dependency increases friction for non-SOFiSTiK authoring teams
- –Automation breadth is narrower than general construction document control suites
- –IFC exchange coverage can be limiting for mixed-vendor BIM coordination expectations
- –Clash detection and reinforcement clearance checks rely on upstream model readiness
Best for: Fits when engineering teams standardize SOFiSTiK model authoring and need controlled formwork deliverables.
Concretor
vertical specialistRevit plugin for end-to-end formwork process automation from design through production data export.
Execution tracking mapped to issued formwork sets reduces the gap between panel plans and installation status.
Concretor is a formwork software tool focused on planning and documentation flows for formwork layout output and shop-drawing handoff. It provides workflows that connect panel scheduling, erection and dismantling plans, and site-facing execution tracking into a single operational sequence.
- +Document-first workflow ties panel scheduling and shop drawings to execution
- +Clear separation of erection and dismantling steps for repeatable plans
- +Export-friendly outputs support review cycles with field and fabrication teams
- +Execution tracking reduces mismatch between planned and issued formwork sets
- –3D formwork modeling depth is limited compared with BIM-native tools
- –Parametric formwork design and system libraries are not as comprehensive
- –IFC exchange and BIM coordination coverage is thin relative to BIM platforms
- –API automation and extensibility options are limited for custom pipelines
Best for: Fits when teams need consistent formwork documents and field tracking without heavy BIM engineering depth.
Strusoft FEM-Design
vertical specialistStructural analysis software supporting formwork and temporary works design.
Finite element based load and deformation verification connected directly to parametric formwork geometry cases.
FEM-Design targets engineers who need load and stability calculations tied to concrete pressure and support conditions, not just panel layout graphics. Parametric modeling reduces rebuild time when formwork dimensions, boundary conditions, or support spacing change, and the results stay attached to the engineering case. The tool also supports reinforcement clearance checks and construction document control workflows where shop drawings and erection plans must match the analyzed configuration.
- +Parametric 3D modeling keeps engineering cases consistent across revisions
- +Finite element verification ties deformations and stability to input conditions
- +Formwork system libraries speed recurring wall and slab setups
- +Documentation outputs support engineering review flows without manual rework
- –Workflow depth concentrates on engineering calculations, not field task execution
- –Complex projects require disciplined input configuration management
Best for: Fits when engineering teams need validated formwork sizing, calculations, and consistent shop outputs for repeated pours.
PASCHAL-Plan light
vertical specialistManufacturer-independent formwork planning software with IFC import, automatic formwork generation, and warehouse management.
Structured erection and dismantling plan documentation stays attached to formwork layout revisions across a project.
PASCHAL-Plan light performs formwork planning document control by generating and managing formwork layouts tied to projects. It focuses on wall and slab formwork planning workflows, including panel scheduling outputs for shop drawing production.
- +Project-oriented formwork layout management reduces version drift
- +Panel scheduling outputs support predictable shop drawing workflows
- +Structured erection and dismantling plan documentation supports field use
- +Document export supports coordination packages for site distribution
- –Limited coverage for 3D formwork modeling and BIM exchange workflows
- –Automation depth for pour-cycle planning is narrower than top systems
- –Engineering checks for advanced clearance and stability workflows are constrained
- –Collaboration controls depend on disciplined project setup
Best for: Fits when teams need controlled formwork layout and documentation deliverables without deep 3D BIM coordination.
BIM²form
vertical specialistAutomated formwork and scaffolding planning add-in for Autodesk Revit with multi-manufacturer system support.
Library-driven parametric 2D panel generation that keeps shop drawing output tied to the formwork system logic.
BIM²form is focused on preparing formwork layouts and panel logic for shop-drawing and construction documentation workflows. The workflow emphasizes parametric generation tied to formwork system libraries and supports export of drawing deliverables for erection and dismantling documentation.
- +Parametric formwork rule setup reduces repetitive 2D layout edits
- +Formwork system libraries speed standard wall, column, and slab configurations
- +IFC exchange supports BIM coordination handoffs without manual redraw
- +Document-oriented drawing export supports shop drawing and site documentation
- –Automation depth varies by element type and can require manual cleanup
- –Clash detection is not the core workflow, so coordination may be secondary
- –Advanced quantity takeoff needs disciplined setup of panel logic
- –API and extensibility are limited compared with general construction platforms
Best for: Fits when mid-size teams need consistent panel scheduling outputs and repeatable 2D formwork documentation from BIM rules.
Conclusion
After evaluating 10 formwork software, Tekla Structures 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 Formwork Software
Formwork software in this guide spans engineering validation, BIM-linked detailing, and document-driven field workflows. The coverage includes Strusoft FEM-Design, ALLPLAN, Bluebeam Revu, Tekla Structures, Autodesk Revit, PlanSwift, BIM²form, SOFiSTiK BiMTOOLS, PASCHAL-Plan light, and Concretor.
The tools are grouped by how they handle formwork geometry to outputs. Strusoft FEM-Design verifies load and deformation using finite element results tied to parametric formwork geometry cases, while Bluebeam Revu focuses on calibrated measurements on marked-up PDFs.
Formwork Software for parametric design, shop drawings, and execution tracking
Formwork software automates 2D panel scheduling and shop drawing outputs from formwork system definitions, with varying depth in 3D modeling and engineering verification. Some tools connect formwork inputs to validation outputs, like Strusoft FEM-Design linking finite element based load and deformation verification to parametric geometry cases.
Other tools center on BIM-linked detailing and model-driven documentation paths. Tekla Structures uses rule-driven model detailing that links parameter changes to formwork drawing outputs, while PlanSwift keeps 2D takeoff objects linked to panel scheduling and quantity reporting for revision-aware re-measurement.
Formwork Software evaluation points for geometry to deliverables
Formwork software delivers value when it ties formwork definitions to specific outputs such as panel scheduling, shop drawings, and erection and dismantling plans without repeated manual rework. The strongest products keep the workflow anchored to a formwork geometry source so changes propagate into downstream documents.
Engineering teams also need verification controls when deformation, stability, or concrete pressure is part of the formwork approval package. Document teams need measurement controls when quantities are finalized through marked-up drawings rather than model-based assemblies.
Verification and stability tied to formwork geometry
Strusoft FEM-Design links finite element based load and deformation verification directly to parametric formwork geometry cases. This is different from Bluebeam Revu, which performs calibrated measurements on marked-up PDFs and does not calculate concrete pressure or stability.
Parametric formwork authoring that drives shop drawing outputs
Tekla Structures uses rule-driven model detailing so parameter changes propagate into formwork drawing outputs without rebuilding geometry. Autodesk Revit achieves parametric variants through Revit families and nested family structures, but panel scheduling and quantity takeoff typically require add-ins or external processes.
Automation via reusable component libraries
ALLPLAN PythonParts encodes internal standards as scripted, reusable formwork components for automated object creation. BIM²form uses library-driven parametric 2D panel generation tied to formwork system logic, but automation depth varies by element type.
2D quantity takeoff and panel scheduling from revision-aware drawings
PlanSwift keeps panel scheduling and quantity reporting linked to 2D takeoff objects, so drawing updates support repeat re-measurement. Bluebeam Revu supports controlled PDF review and calibrated measurement tools, but it has no native parametric wall, column, or slab assembly modeling.
Erection and dismantling plan documentation linked to layout revisions
PASCHAL-Plan light keeps structured erection and dismantling plan documentation attached to formwork layout revisions across a project. SOFiSTiK BiMTOOLS propagates parametric formwork inputs into scheduling and erection-dismantling planning outputs, which ties engineering authoring to deliverables.
Execution tracking mapped to issued formwork sets
Concretor maps execution tracking to issued formwork sets to reduce the gap between panel plans and installation status. This workflow emphasis differs from Tekla Structures, where rule-driven model detailing is centered on model-linked drawing outputs rather than field state tracking.
Select the formwork workflow engine behind the deliverables
Most teams should start by deciding whether the dominant workflow is engineering validation, BIM-linked detailing, or document-first quantity and review. The right choice depends on what changes most often in the project and what needs to stay synchronized across revisions.
A second decision splits parametric modeling strategies. Some products generate 2D panels and schedules from rules or libraries, while others propagate parametric definitions through BIM-linked drawing outputs and fabrication deliverables.
Pick geometry-to-approval if load and deformation verification must be repeatable
Choose Strusoft FEM-Design when the workflow requires finite element verification connected directly to parametric formwork geometry cases for consistent engineering outputs across revisions. Choose Tekla Structures when verification is not the core deliverable and the priority is rule-driven parametric detailing that feeds formwork shop drawings.
Choose rule-driven BIM detailing when shop drawings must follow model parameters
Choose Tekla Structures when parameter changes must link directly to formwork drawing outputs with fewer manual re-traces for fabrication. Choose Autodesk Revit when the team already runs family-based BIM coordination and needs model-driven formwork detail variants via Revit families and nested components.
Choose 2D panel scheduling automation when revisions come as drawings, not models
Choose PlanSwift when drawing imports drive panel scheduling and quantity reporting, because 2D takeoff objects stay linked for fast re-measurement after updates. Choose BIM²form when consistent 2D panel generation must follow formwork system logic through library-driven rules.
Choose document-first measurement control when quantities finalize on PDFs
Choose Bluebeam Revu when calibrated measurement tools on marked-up PDFs are the primary quantity takeoff mechanism across contractors. Avoid expecting it to replace BIM-native parametric assembly modeling because it does not provide concrete pressure or stability calculations.
Pick field synchronization when the main pain is panel plans drifting from installations
Choose Concretor when the workflow must map erection steps to issued formwork sets and track installation status without requiring deep BIM engineering depth. Choose PASCHAL-Plan light when the priority is controlled erection and dismantling plan documentation attached to formwork layout revisions.
Align the engineering ecosystem when engineering authoring controls the deliverables
Choose SOFiSTiK BiMTOOLS when the team standardizes SOFiSTiK model authoring and wants parametric formwork inputs to propagate into scheduling and erection-dismantling planning outputs. Choose ALLPLAN when reusable scripted PythonParts components must encode internal standards for coordinated structural BIM deliverables.
Who should buy Formwork Software by workflow type
Formwork software is most effective when teams can commit to the synchronization path between formwork definitions and downstream documents. The buyer profile changes based on whether deliverables start from engineering verification, BIM-linked model parameters, or marked-up drawings.
Some tools focus on engineering calculations and model-linked outputs, while others focus on document measurement control and field execution tracking. The right procurement choice depends on which handoff stage causes the most revision churn.
Engineering teams that need finite element based sizing validation
Strusoft FEM-Design targets engineering verification tied to parametric formwork geometry cases, so the formwork sizing package stays consistent across revisions. This fits when load and deformation verification is part of the approval workflow rather than a separate spreadsheet step.
Structural BIM detailing teams producing parametric shop drawings
Tekla Structures fits when rule-driven model detailing must link parameter changes to formwork drawing outputs with fewer manual re-traces. ALLPLAN also fits when scripted PythonParts components must encode internal standards inside coordinated structural BIM deliverables.
Project document teams that finalize quantities through PDFs
Bluebeam Revu fits when calibrated measurement tools on marked-up PDFs drive area, length, count, and volume calculations for controlled review and approvals. This profile typically prioritizes revision control on drawing markups over BIM-native parametric assembly modeling.
Site teams that must re-measure panel schedules quickly after drawing changes
PlanSwift fits when panel scheduling and quantity reporting stay linked to 2D takeoff objects so drawing updates support fast re-measurement. This matches field workflows that rely on drawing imports rather than 3D formwork modeling depth.
Contractors that need execution tracking tied to issued formwork sets
Concretor fits when execution tracking mapped to issued formwork sets reduces the gap between panel plans and installation status. PASCHAL-Plan light also fits when erection and dismantling documentation must stay attached to formwork layout revisions.
Common buying mistakes in Formwork Software selection
Mistakes usually come from assuming all products cover engineering verification, parametric modeling, and field execution in one workflow. Several tools are optimized for either engineering calculations, BIM-linked detailing, PDF-driven quantity review, or document-driven field execution.
Another frequent error is underestimating setup discipline required to keep parametric rules aligned with project-specific detailing standards. This shows up as rework when the team cannot maintain library definitions or mapping configurations across revisions.
Buying a PDF measurement tool and expecting concrete pressure or stability calculations
Bluebeam Revu provides calibrated measurements on marked-up PDFs and supports concurrent markups in Studio Sessions with controlled attendee permissions, but it does not perform concrete pressure or stability calculations. Strusoft FEM-Design is the better match when deformation and stability verification must connect to parametric geometry cases.
Choosing BIM-linked detailing without planning for parametric setup alignment
Tekla Structures requires deep setup to align model settings with project-specific detailing standards, and erection and dismantling plans may require extra workflow construction outside core modeling. PlanSwift avoids this by focusing on 2D takeoff objects for revision-aware panel scheduling and quantity reporting.
Underestimating the cost of library maintenance for parametric automation
ALLPLAN PythonParts supports scripted reusable components, but manufacturer-specific panel libraries may require custom development or maintenance. BIM²form reduces repetitive 2D layout edits with library-driven parametric generation, but automation depth varies by element type and can require manual cleanup.
Expecting 2D scheduling tools to replace BIM-first coordination
PlanSwift has limited 3D formwork modeling depth compared with BIM-first tools, and clash detection is not a core capability. Tekla Structures and Autodesk Revit provide deeper model-linked detailing via parameter changes and Revit families and nested components.
Choosing a field tracking tool without matching the document-to-execution handoff
Concretor maps execution tracking to issued formwork sets, so panel plans must be issued in a way that the execution workflow can reference consistently. PASCHAL-Plan light attaches erection and dismantling plans to formwork layout revisions, which fits when revisions are managed as layout updates rather than live model coordination.
How We Selected and Ranked These Tools
We evaluated formwork software on delivery fit from parametric or rule-driven formwork definitions to panel scheduling, shop drawing outputs, erection and dismantling planning, and execution tracking. Features received the largest weight at 40% because Strusoft FEM-Design is strongest when finite element based load and deformation verification connects directly to parametric formwork geometry cases.
Ease and value each received 30% because Strusoft FEM-Design pairs engineering verification depth with high ease scores, while alternatives like PlanSwift and Bluebeam Revu concentrate on revision-aware 2D takeoff or calibrated PDF measurements. We ranked Strusoft FEM-Design first because its standout verification mechanism ties deformation and stability to input conditions instead of limiting workflows to measurement or document management.
Frequently Asked Questions About Formwork Software
How does Strusoft FEM-Design link parametric formwork geometry to calculation outputs?
Which tool is best for regulated PDF markups and measurement-based formwork quantity takeoff?
When does Tekla Structures outperform a BIM-only workflow for formwork shop drawings?
What breaks if a team uses Autodesk Revit as the sole system for panel scheduling and quantity takeoff?
How does ALLPLAN support extensible formwork modeling workflows across repeat projects?
Where does PlanSwift fall short compared with BIM-based 3D formwork modeling?
How does BIM²form handle revision-friendly 2D formwork output from reusable logic?
Which workflow fits SOFiSTiK BiMTOOLS when projects already standardize on SOFiSTiK engineering models?
What tradeoff exists between PASCHAL-Plan light and Concretor around document control and field execution tracking?
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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